小眼睛的健康世界

從2005年后，我基本都只是給大型網站做SEO，因為給大型網站做SEO，效果非常的明顯，價格自然也可以收的非常高。總結這兩年來我做過的幾十家大型網站的SEO經驗，我發現，SEO策略是最為重要的。

　　什么是SEO策略呢？

　　幾個SEO技術差不多的人，在對一個網站做SEO的時候，營銷效果確實天壤之別，那是為什么呢？

　　因為他們的SEO策略不同！

　　SEO技術其實非常的簡單，因為SEO不是去尋找搜索引擎的漏洞，而是根據搜索引擎標準去把網站打造成為符合搜索引擎標準的優秀的網站。

　　而搜索引擎的那些基本標準，只要專門花時間學習過SEO的，并且實踐過一段時間的朋友都知道。但是，面對同一個網站，如何給這個網站進行SEO？ 如何把SEO的效果達到最佳？

　　假如來操作呢？ 絕對不是簡單的執行。

　　比如，一個客戶找到一個SEO服務機構，總喜歡這樣說，我給你一個要害詞，你把他排到前幾名。

　　這個時候，大部分SEO人員可能就會老老實實按照客戶的要求來執行，累的要死，最好排名獲得非常好了，但是并沒有讓客戶興奮。為什么呢？因為這個客戶發現，排上去了，并沒有給他帶來太多客戶。

　　假如我面對這樣的客戶，我問客戶的目的？你的目的是為了簡單的排名，還是為了利用網絡帶來銷售讓自己賺錢？

　　客戶肯定會回答，當然是賺錢了。

　　這時候我就會告訴客戶，假如是為了賺錢，就不要盲目的去追求你目前的這個要害詞的排名。因為你選擇的這個要害詞，給你帶來客戶是有限的，甚至可能不會給你帶來客戶。要實現通過SEO，把自己的營銷效果最大話，就要這樣系統化的來制定SEO策略。

　　SEO策略包括那幾部分呢？

　　一、要害詞選擇的策略：

　　1、門戶類網站要害詞選擇策略：

　　網站每個頁面本身都包含的要害詞：網站擁有上百萬甚至上千萬的網頁，每個網頁都包含有對應的要害詞，合理的SEO，突出龐大數量的要害詞。

發掘目前互聯網上流行的要害詞：看看互聯網上最近什么詞最熱門，這些也是目標要害詞。因為很多超級熱門的要害詞，每一個詞一天都可以帶來幾萬的流量。

　　2、商務類網站要害詞選擇策略：

　　不要簡單的追求網站定位的幾個熱門要害詞，核心應該放到以下兩類詞上：
　　產品詞
　　產品相關的組合詞

　　比如酒店機票預訂行業，假如只排機票預訂，酒店預訂，帶不來多少流量，應該考慮的是以下這類詞。

城市名 酒店（例如：北京 酒店預訂）
城市名 機票（例如：北京機票預訂）
城市名 城市名 機票（例如：北京到廣州機票預訂）
酒店名 預訂

　　3、企業網站要害詞選擇策略

　　不要盲目的把自己公司的名稱當作要害詞，這些沒有多少人用，并且不用進行SEO，也可以排到前面。企業要根據自己潛在客戶的喜歡，去選擇最適合自己的要害詞。這個可以借助相關的工具來挖掘。

　　二、網站結構優化策略：

　　要害詞選擇好了，這時候就會發現，你的網站構架和目前的網頁不能按照SEO的標準將這些要害詞很合理的進行分布和表現。這時候你可能就要采取一些網站結構優化策略。

　　比如門戶類網站假如要搞熱門要害詞的排名，就是為這些熱門要害詞重新設計專題頁面。比如酒店機票預訂的網站，基本上都是查詢式的，幾乎沒有表現組合詞的頁面。所以也要根據這個據現象制定一個網站結構的優化策略。

另外的結構優化中，還會設計到網站的超鏈接結構等方面的基礎SEO策略。那么一個網站要想優化好，就需要是基礎網站結構優化策略加創造型的結構策略。

　　假如是創造型的增加欄目，肯定不能讓搜索引擎認為是單純的為SEO做的，應該可以和其他營銷策略進行結合。比如聯盟策略、人性化優化策略等。

　　比如，2005年我們為IT世界服務的話，他們的內容聯盟這策略就是一種和SEO結合的結構優化策略。這種創造型的SEO策略，通過合作網站的配合推廣，為他們帶來了巨大的流量。因為你可能搜索某一條新聞或者某個要害詞，排在前幾頁的都是它和它的合作網站的。

　　要做好這一點，必須能夠站到網站運營的角度來考慮SEO。

　　三、SEO的執行策略：

　　SEO的執行策略，也需要根據網站的技術團隊和營銷團隊的實際情況來制訂，這時候就需要站到項目治理的角度來規劃。然后制定出一個合理的計劃，然后長期的去執行下去。

　　做SEO，不能只是為了排名而SEO，應站在網站策劃、網站運營、網絡營銷的角度去做SEO。

Each iteration of Windows has featured improved security – it’s necessary to withstand the constant barrage of attacks aimed at the popular platform – and Windows 8 is no exception.

In Windows 8, Microsoft expanded its support for embedded hardware security, bundled a full-blown security suite into the operating system, introduced Secure Boot and signed applications, and enabled alternate authentication schemes, to name a few measures. Some of the latest innovations are aimed specifically at enterprises, but there are plenty of improvements that end-users will notice right off the bat, too.
"After reviewing the layers of technologies used by Microsoft to protect Windows 8, it is our opinion that it is the most secure version of Microsoft Windows to date," Aryeh Goretsky, a researcher at ESET, wrote in a whitepaper examining security technologies in Windows 8 released earlier this month.

Microsoft is offering three main versions of the new operating system. Windows 8 is the vanilla "home" edition, Windows 8 Pro includes features for businesses, such as support for Hyper-V, BitLocker, a virtual private network client and group policy support, and finally Windows RT is for ARM-powered devices.
Secure Boot
Microsoft designed Secure Boot to protect the computer from low-level exploits such as rootkits and bootloaders. A security process shared between the operating system and Unified Extensible Firmware Interface (UEFI, replacing the BIOS), Secure Boot requires all the applications that are running during the booting process to be pre-signed with valid digital certificates. This way, the system knows all the files being loaded before Windows 8 fires up have not been tampered with.
If a bootloader has infected your computer and it tries to load during the boot-up sequence, Secure Boot will be able to undo all the changes and thwart the attack. Having Secure Boot means it is that much harder for attackers to try to compromise your PC’s start-up sequence.
While PC makers must have Secure Boot enabled in the UEFI firmware by default if they want to be able to slap the Windows logo on their box, the feature can be disabled within the UEFI interface. Anyone who wants to install a non-Windows operating system on Windows 8-certified hardware would first have to manually disable Secure Boot.
Windows Defender
Microsoft decided to release Windows 8 with built-in antivirus. This is a much more robust application than Microsoft Security Essentials, the free anti-malware software that users could download and install manually in previous versions of the OS.

Windows Defender (Microsoft repurposed the name for the anti-malware product) is enabled by default, right out of the box, which means users have some form of security protection as soon as they turn on the machine. While it can't be uninstalled, it can be disabled if the user wants to install a different security product from another vendor. In fact, Windows Defender must be disabled if you want to install a third-party security suite.
Loading the AV first
Regardless of whether you are using Windows Defender or a different anti-malware product, Windows 8 has tweaked its load process so that security software runs first. Early Launch Anti-Malware (ELAM) ensures that the first software driver loaded into Windows 8 is a driver from the user's anti-malware software.
In previous versions, if the malware executed and was loaded into system memory before the operating system and the antivirus, it was difficult to detect and remove. Secure Boot prevents rootkits from interfering with the OS, and ELAM ensures that pre-approved anti-malware software drivers are loaded before any other application.
For now, whether or not it is effective is unknown, but Goretsky noted in the aforementioned whitepaper that the concept was "fundamentally sound."
SmartScreen
Originally an Internet Explorer security feature, Microsoft added SmartScreen to Windows 8. When a user downloads a program or a file from the Internet, the SmartScreen filter checks to see if other people have downloaded the same file as well. If so, there is a rating for the file based on its popularity and whether it was considered malicious.

Users trying to download something with a low rating while SmartScreen is enabled will see a warning message. This can be good for detecting fake antivirus and other rogueware programs.
Since SmartScreen is now part of Windows 8, the filter will kick in regardless of what browser the user is running, not just Internet Explorer.
Alternate passwords
Picture Password is one of my favourite bits of Windows 8. The idea is that instead of relying on alphanumeric passwords, you can use pictures. When this feature is enabled, you select a photo from your image library and then define three gestures on the photo using any combination of circles, straight lines, and taps (using either touch or the mouse). It's possible to switch to PIN-based authentication.

Apparently, the alternate authentication methods still need some tweaking, though. Earlier this month, password experts Passcape Software claimed that it was possible to recover passwords from Windows 8 systems with Picture Password enabled.
The problem was related to the fact that users need to have an account with a regular password before switching to the alternate authentication scheme. It turned out that when the switch was made, the regular password remained in the system and what’s more, it could easily be decoded to the original plaintext form by a user with administrator-level privileges who could access the Vault where the information is stored. Here’s hoping that Microsoft has fixed this issue, or a fix is imminent, as this seems a rare misstep for the new operating system’s across-the-board security improvements.
AppContainer
One of the invisible-to-the-user changes in Windows 8 is AppContainer, the more secure application sandbox environment where Windows 8 apps will reside. Designed to prevent apps from disrupting the operating system, AppContainer decides which actions are available to which apps.
Following the same logic, all Internet Explorer plugins run in their own sandboxes under Windows 8.
Apps will also be available through the new Windows 8 app store, which means Microsoft will be able to check beforehand for malicious applications. Only time will tell whether Microsoft will manage to successfully keep dodgy apps out of its store. The restore feature will at least make it easier to return to a previous safe state if malware does somehow manage to infect the machine.
Enterprise-specific security improvements
Samara Lynn, our networking expert, pointed out some of the enterprise-specific features in Server 2012 which would flow into Windows 8 and Windows 7 systems. Dynamic Access Control (DAC), which expands access control to include a wider list of attributes, is one of them.

In previous versions, administrators could define who had access to files and folders on a per-user basis, or by creating groups and assigning permissions specific to those groups. In Windows 8, DAC allows administrators to use any of the data stored in Active Directory, such as personal information, device ID, log on method, or even location, to define access control rules.
Here is an example: Documents marked "confidential" or "private" are only accessible to members of the Human Resources division. In this case, in Server 2012, the administrator would create a claim that "confidential" and "private" would be accessible to people with the "Human Resources" attribute. There is no need to create a specific group for HR and add individual users to it. So long as the user in the Active Directory is defined as being part of HR, the access control rule would apply.
This definitely makes managing users and permissions much easier within the enterprise.
Microsoft also added a few new Group Policy settings in Windows Server 2012. The settings could prevent new accounts from being created on the computer or lock a session if the machine is inactive for a specified period of time. Another policy automatically locks out users from accessing volumes that use BitLocker encryption after a certain number of failed login attempts.
Hardware-based security
Windows 8 will really push the hardware-based authentication capabilities of the Trusted Platform Module (TPM) to the forefront, Steven Sprague, the CEO of Wave Systems, noted. TPM makes a lot of sense if you stop to consider the increase in sophisticated rootkits and other malware that increasingly targets the hardware layer such as the Master Boot Record. TPM stores sensitive configuration data and credentials, making it possible to implement single sign-on and access to VPN. Device-based security could be used to log in users to the network, Sprague said. No passwords required.
Windows 8 machines can optionally ship with self-encrypting drives, which provides businesses and security-minded end-users with hardware-based encryption that can never be turned off. SEDs are ready-to-go out of the box, protecting data right from the start. Hardware-based encryption also has less of an impact on performance as well.
Speaking of encryption, BitLocker also Embedded System has a new feature that will allow users to encrypt only the parts of the disk that are in use, instead of encrypting the whole volume at once.

And there you have it – these are just some of the more obvious security changes Microsoft has made in Windows 8. There is plenty more under the hood that we will never notice, but that's the way it should be, with these features chugging away in the background keeping users safe from attackers.
For more on Windows 8, see our full review of Microsoft’s new OS here. You might also want to check out our tips on dealing with the operating system’s Metro/Desktop minefield.
Published under license from Ziff Davis, Inc., New York, All rights reserved.
Copyright © 2012 Ziff Davis, Inc

Optical bonding - display system solutions from a single source

The philosophy of DATA MODUL, your reliable Display and Embedded technology partner, is to develop state of the art technology which enables the realization of high quality, durable and cost-effective display solutions. To even better serve our clients throughout the entire market segments, extensive investments in both, the extension of production capacities and infrastructure as well as in manpower are in full progress. This includes for example new, much larger clean room facilities which are used for panel enhancement, touch panel integration, and now also optical bonding.

With the development of an in-house optical bonding technology DATA MODUL is now capable of providing displays solutions with very high functional, optical and environmental performances.

Optical bonding is the process of adhesive bonding of two or more transparent components using a high-quality optical grade adhesive. By such bonding the air gap between the transparent components is entirely eliminated. This results in enhanced optical performance, especially with respect to readability under direct sunlight use. Additional benefits are increased mechanical strength, reduced sensitivity to humidity, dust and temperature fluctuations, higher durability, and even better functionality for touch sensitive display solutions.

DATA MODUL focuses on the most advanced optical bonding technology using an atmospheric UV curing system with an one component adhesive. Our technology enables high volume, scalable and high performance optical bonding at reasonable costs. The first fully automated bonding equipment is ready to be installed in our new cleanroom and shall be operational beginning 2013. The automated process can be used for bonding various components (e.g. displays, cover glasses, touch sensors, EMI filters etc.) for a wide range of displays solutions and optical components in our market segments.
The unique combination of optical bonding and high quality materials ensures the best performance of our products. An example of such materials that are optically bonded would be the wide variety of covered glasses currently employed in our products. These have improved mechanical properties and/or are surfaced refined with various coatings (anti-reflective, anti-glare,  Embedded System anti-smudge, anti-fingerprint, and combinations), thereby further enhancing the optical performance of our products.

Customers are invited to experience the improved characteristics of the new optically bonded products. DATA MODUL is looking forward to facing new technical challenges, thereby remaining, as always, a front runner in its business.

Examples of optical bonding applications and the added value to our products are:

Bonding displays to cover glasses
• improved readability through lowering reflectance, increasing contrast and brightness
• avoidance of Newton rings
• improved mechanical strength and durability (scratch resistance, vandal proof, resistance to humidity, dust, temperature fluctuations)
• improved heat dissipation through direct contact

Bonding touch sensors to displays and/or cover glasses
• improved heat dissipation through direct contact
• improved functionality
• no dust and condensate between sensor and cover

Avnet and ARM continue to pioneer online software offering to the market

PHOENIX, ARIZ. & CAMBRIDGE, ENGLAND — Avnet Electronics Marketing, an operating group of Avnet, Inc. (NYSE: AVT), and ARM celebrate one year of the popular online software store for embedded design. Over a twelve month period, the Embedded Software Store (ESS) has grown to include products from 24 vendors, while increasing their online partner support and product selection to nearly 1,000 products.

ESS was launched at ARM’s TechCon 2011 to provide an e-Commerce website and online information dedicated to the embedded design community. It took the industry by storm and established a comprehensive one-stop online store that enables embedded designers to evaluate and purchase leading software products to accelerate their ARM processor-based design.

Now, one year later, the Embedded Software Store is at TechCon 2012, to showcase its latest offerings along with several of its key vendors: DSP Concepts, InterNiche Technologies, Motomic Software, RoweBots, and Timesys.

The store has gained momentum in the market with its offering of nearly 1,000 products. All solutions sold in the ESS are offered royalty-free. This momentum is a validation that both vendors and customers see value in the online marketplace.

“The Embedded Software Store is well positioned to help ARM Partners extend their product offering and help software developers accelerate their design through a single online marketplace,” said Will Tu, director, ARM. “The rapid adoption by our partner eco-system and the steady increase of software developers visiting our site and purchasing products reinforces the value of ESS as an efficient and time-saving tool to bring products to market.”

The Embedded Software Store offers developers a broad range of foundation software for their embedded design. Examples include:

Software tools–the Embedded Software Store sells a broad range of the ARM Keil® MDK software development toolkit.
RTOSs and the ESS offer leading RTOSs software through vendors such as Micrium, CMX, Code-Time, and RoweBots. Customers have a broad choice based on functionality and memory requirements.
Customers who are exploring open source can find a less time-consuming solution, and simplified approach offered by Timesys, which provides a tool, LinuxLink, that helps a developer leverage open source code for specific silicon target boards.
“Our customers transitioning to 32 bit MCUs face challenges with integrating and developing more complex software IP blocks, resulting in increased time-to-market and cost pressures,” said Tim Barber, senior vice president, design chain global business development, Avnet Electronics Marketing. “The ESS allows embedded software developers to leverage the ARM and Avnet ecosystems to quickly acquire industry-proven software IP blocks, decreasing their time-to-market. Having a variety of reliable off-the-shelf solutions complements any in-house design teams’ efforts.”

ESS will be participating at the 2012 TechCon event, October 31st – November 1st in booth 215 at the Santa Clara Convention Center. Come see us!

About Avnet Electronics Marketing

Avnet Electronics Marketing is an operating group of Phoenix-based Avnet, Inc. that serves electronic original equipment manufacturers (EOEMs) and electronic manufacturing services (EMS) providers in more than 70 countries, distributing electronic components from leading manufacturers and providing associated design-chain and supply-chain services. The group's website is located at www.em.avnet.com.

About Avnet, Inc.

Avnet, Inc. (NYSE:AVT), a Fortune 500 company, is one of the largest distributors of electronic components, computer products and embedded technology serving customers globally. Avnet accelerates its partners' success by connecting the world's leading technology suppliers with a broad base of customers by providing cost-effective, value-added services and solutions. For the fiscal year ended June 30, 2012, Avnet generated revenue of $25.7 billion. For more information, visit www.avnet.com.

About ARM

ARM designs the technology that is at the heart of advanced digital products, from wireless, networking and consumer entertainment solutions to imaging, automotive, security and storage devices. ARM’s comprehensive product offering includes RISC microprocessors, graphics processors, video engines, enabling software, cell libraries, embedded memories, high-speed connectivity products, peripherals and development tools. Combined with comprehensive design services, training, support and maintenance, and the company’s broad partner community, they provide a total system solution that offers a fast, reliable path to market for leading electronics companies. Find out more about ARM by following these links:

ARM website: http://www.arm.com/
ARM Connected Community: http://www.arm.com/community/
ARM Blogs: http://blogs.arm.com/
ARMFlix on YouTube: http://www.youtube.com/armflix
ARM on Twitter:

http://twitter.com/ARMMultimedia
http://twitter.com/ARMMobile
http://twitter.com/ARMCommunity
http://twitter.com/ARMEmbedded
http://twitter.com/ARMSoC
http://twitter.com/ARMTools
http://twitter.com/SoftwareOnARM
ARM, Artisan and AMBA are registered Embedded System trademarks of ARM Limited. Cortex, CoreLink, big.LITTLE, Mali and POP are trademarks of ARM Limited. All other brands or product names are the property of their respective holders. “ARM” is used to represent ARM Holdings plc; its operating company ARM Limited; and the regional subsidiaries ARM Inc.; ARM KK; ARM Korea Limited; ARM Taiwan Limited; ARM France SAS; ARM Consulting (Shanghai) Co. Ltd.; ARM Germany GmbH; ARM Embedded Technologies Pvt. Ltd.; ARM Norway, AS and ARM Sweden AB

CHIP DESIGNER VIA has announced its quad-core X86 Artigo A1250 system.
VIA, the often forgotten third X86 licence holder, has been pushing low-power X86 chips since long before it became fashionable. Now the firm claims to have created the smallest quad-core X86 system in its Artigo A1250.
The VIA Artigo A1250 system has a 1.0GHz quad-core E series chip with 1MB Level 2 cache that can use a single 8GB DDR3 1,333MHz RAM module. The firm's Chromotion GPU provides Microsoft DirectX 11 support but uses up to 1GB of frame buffer memory from the RAM. The system is packed into a case measuring 17.7cm x 12.5cm x 3.0cm.
Epan Wu, head of the VIA's Embedded Platform  Embedded System Division said, "By leveraging the ultra compact Pico-ITX form factor, the VIA Artigo A1250 is able to deliver a powerful x86 quad core computing experience in the smallest system design on the market. The VIA Artigo A1250 boasts the latest technology with 3D stereoscopic display and USB 3.0 support for an unparalleled ultra compact computing experience, making small truly beautiful."

Via said the system can decode H.264, MPEG-2, VC-1 and WMV9 video at HD 1080p resolution without any problems and has a total system TDP of 32W. However the firm did not reveal pricing and while the system's size and power draw are impressive, some might find that the Raspberry Pi, even after buying codec licences, might be a cheaper option if video playback is the main objective.

Bellevue, WA — ITTIA announces the availability of its embedded database for the ARM™architecture. ITTIA provides embedded relational database software for developers of applications for mobile devices and other embedded systems. With ITTIA DB SQL's robust data management framework and ARM's hardware architecture, data is managed and accessed in a flexible and efficient way. Customers from industries such as consumer electronics, clean energy, medical devices, and robotics have already built state of art applications with ITTIA DB SQL on ARM.

ITTIA customers have reflected great interest in developing ARM-based embedded applications and, in response to this demand, ITTIA has continuously demonstrated its commitment and ability in providing a lightweight, high-performance, relational database solution on ARM.

The combination of ITTIA DB SQL data management abilities with ARM's low-power chips offers a great solution to protect data integrity, organize information, and share or distribute data across embedded development ecosystems.

ITTIA DB SQL is an ideal candidate for embedded and mobile applications developers on ARMTM cores, including StrongARM, ARM7TDMI, ARM9TDMI, ARM7EJ, ARM9E, ARM10E, XScale, ARM11, ARM Cortex-M, ARM Embedded System Cortex-A, ARM Cortex-M, and ARM Cortex-R.

For application developers looking to make a trade-off between the flexibility offered by the traditional relational data management model and a rapid time to market, ensured with low-power consumption, ITTIA DB SQL on ARM is an ideal, cost-effective solution.

A free copy of ITTIA DB SQL, for ARM is available for evaluation at:
http://www.ittia.com/products/evaluation

Free Video to Learn About ITTIA DB SQL architecture and features in few minutes:
http://www.youtube.com/watch?v=svsnXuMGxq0

About ITTIA
ITTIA offers database solutions for platforms where limited memory, storage, and processing power makes software development challenging. ITTIA develops fast, high performance database products and tools with the goal of providing excellent data management software for embedded systems and devices. ITTIA products are designed to be suitable for application development and deployment at a significantly reduced cost. ITTIA customers include GlaxoSmithKline, VNU, Boeing, Moodys, Sandia National Laboratory, Puget Sound Energy and others. You can obtain more information about ITTIA at:www.ittia.com.

Electronics Engineer / Embedded System Engineer

We're looking for a very capable, self sufficient and self starting Electronics Design Engineer / Embedded Software Engineer who is used to designing small, portable, battery powered, electronics products right through to pre-production stage.

Due to client confidentiality we aren't allowed to say too much here but the company produces very high-end consumer electronics devices for a pretty much recession-proof niche market. The existing product is currently the market leader, selling several thousand per year and exceedingly profitable! However, they now want to design the 'next generation' product which will keep them at the No1 spot for many more years.

To do this they need a very capable Electronics /Embedded Software Engineer who has experience of designing both the embedded software and the electronics for small battery powered devices based on PIC microprocessors and incorporating some basic DSP together with a short range radio link (eg 433Mhz or 868Mhz) - detailed RF and DSP expertise is not a requirement but you should be capable of integrating such a link using commercial modules). You need to be very self-sufficient and able to just get on with it without too much hand-holding.

Salary is pretty much negotiable for the right individual

(Commutable from Milton Keynes,Bedford,Northampton,Luton, Aylesbury, St Neots, Huntingdon, etc)

Intel hosted Intelligent Systems Summit (IISS) 2012 at Taipei International Convention Center (TICC) on October 16th & 17th, 2012 for announcing a major industrial technology shift of embedded systems and industrial PC industry. The mainstream innovative solutions Intel brought in this technology forum include retail, transportation systems, healthcare, manufacturing, and tele-communication sectors.

Rick Dwyer, Vice President of Sales Marketing Group (SMG) Embedded System& General Manager of Embedded Sales Group (ESG) at Intel, gave the opening keynote speech for IISS. He highlighted the intelligent connected systems are all around us in every aspect of our daily life. Rick Dwyer simply cited several intuitive examples. For example, the intelligent vehicle system is able to sense the driver and passengers to provide instant traffic information services, and even preventing dangerous accidents. Another example is it can help the supermarket outlets stores to setup a quickly response of changing digital signage contents according to the different gender or age consumer preferences. This will enable users to enjoy a more personalized shopping experience and a better fit to the needs of people through today's smart, connected, secured and well managed embedded systems.

This kind of new invented forms of embedded systems (or called "intelligent system"), which targeting to fulfill user's needs, gradually transformed the traditional single-purpose and isolated electronic devices into one always internet connected, running cloud applications to gather information and getting assistance of expert systems made by various of Internet of Things websites. The entire new innovation architecture leads us to a new era of secure and full seamless integration to modern enterprise and telecommunication infrastructure.

Besides a greener, more energy-efficient processor chips, Intel technology provides key chipset solutions to integrate intelligent systems and applications, in order to response to the explosive increase of data transactions in the next 10 years. The solid ground for fitting rapid change of internet world will count on four key building blocks, noted by Rick Dwyer. They are secured, managed, connected and interoperated intelligent devices.

Internet of Things focus on exploring values of big data

Several major industrial research reports, coincidentally forecasted that there will be over 15 billion electronic devices connected to the Internet by 2015, where one-third of devices will be intelligent systems. The network consisted by those smart systems is often referred to as Internet of Things (IoT). It is estimated that the explosive growth of this type of business models is not only on behalf of the immense business opportunities, but also introducing many new lifestyle.

In order to simplify and accelerate the process of IoT deployment, Intel announced the intelligent system architecture (called Intel Intelligent Systems Framework). It is the combination of continuous development of interoperability solutions through a consistent and scalable design model, making each device have connected, well managed, as well as secured development environment.

Intel Intelligent Systems Framework will help to shorten development time through a series of hardware and software integration. The most important contribution is to build a standardized and opened platform to help system integrators or application developers easily generating the various solutions. With these solutions, the IoT can explore the values from analyzing the massive amount of information gathering for smart devices.

In the real world, these applications implement the use of analysis of big data covered from different manufacturing industries. The benefits will help enterprises to improve efficiency and productivity. Even more, it helps to create a variety of services that can generate good profits and provide consumers with new and exciting experience.

Another vivid example in the case of modern urban shopping district, chain stores and outlets, the digital signage network will automatically adjust the effective price strategy and promote product contents when the weather report forecasts to have coming rainstorm. These applications will make you turn your life becoming extremely convenient.

Over the next 10 years, Intel outlines a blueprint of future intelligent systems in IISS. There will be a more than 15 billion intelligent devices, 35 Trillion Gigabyte the amount of data storage and analysis, as well as a US$ 3 trillion market created.

IAR Systems: Latest IAR Embedded Workbench for ARM Offers New Functionality and Compiler Optimizations

SANTA CLARA, CALIF. — IAR Systems® today announced Embedded System a new version of its world-leading development tool suite, IAR Embedded Workbench® for ARM® version 6.50. The new version adds expanded integration and new functionality. In addition, enhancements to the optimization technology in the powerful IAR C/C++ Compiler result in even faster code execution.

To make it easy for developers to use device configuration tools alongside IAR Embedded Workbench, IAR Systems has implemented new functionality for adding project connections. Automated integration with Freescale’s Processor Expert Software, Infineon’s DAVE™ code generator, and other device configuration tools enables developers to import files or file packages generated by the tools. IAR Embedded Workbench automatically detects changes in the generated file set.

Providing fast and compact code, the IAR C/C++ Compiler performs multiple levels of optimizations for code size and execution speed, such as loop unrolling and function inlining. The operations performed are global as well as core- and target-specific. By further advancing its compiler technology, IAR Systems has improved the already outstanding results of industry-standard benchmarks by more than 10 percent.

A new display of source browser call graph enables developers to easily navigate through the function call hierarchy. Developers can choose to display all possible calls to or from a selected function with the calls listed in a dedicated Call Graph window. This added functionality provides a good overview of function calls, making it easier to see the relationships between different parts of the application.

In addition, the latest version includes a new License Management System (LMS) that adds features such as commuter licenses, automatic license activation and support for virtual servers. The new LMS makes it easy for customers to administer and manage licenses.

About IAR Embedded Workbench

IAR Embedded Workbench is a complete set of C/C++ compiler and debugger tools with support for all ARM cores, including ARM7/9/11 and ARM Cortex™-M0, Cortex-M0+, Cortex-M1, Cortex-M3, Cortex-M4, Cortex-R4, Cortex-R5, Cortex-R7, Cortex-A5, Cortex-A7, Cortex-A8, Cortex-A9 and Cortex-A15.

Version 6.50 of IAR Embedded Workbench for ARM will be available for customers on November 9, 2012. Visit www.iar.com/ewarm for additional product information.

Editor's Note: IAR Systems, IAR Embedded Workbench, C-SPY, visualSTATE, The Code to Success, IAR KickStart Kit, I-jet, IAR and the logotype of IAR Systems are trademarks or registered trademarks owned by IAR Systems AB. All other products are trademarks of their respective owners.

About IAR Systems

IAR Systems is the world’s leading supplier of software tools for developing embedded systems applications. The software enables over 14,000 large and small companies to develop premium products based on 8-, 16-, and 32-bit microcontrollers, mainly in the areas of industrial automation, medical devices, consumer electronics, telecommunication and automotive products. IAR Systems has an extensive network of partners and cooperates with the world’s leading semiconductor vendors. IAR Systems Group AB is listed on NASDAQ OMX Stockholm. For more information, please visit 

TUCSON, Ariz., Oct. 31, 2012 /PRNewswire via COMTEX/ -- Tucson Embedded Systems (TES) announced today that Green Field Energy Services recently purchased 25 Industrial Digital Engine Control units known as iDEC for use in turbine-powered pumping equipment used in hydraulic fracturing operations.

"Greenfield selected TES's iDEC system because it provides multiple advantages over the diesel-powered pumping equipment traditionally used in our industry including significantly lower emissions, a smaller operating footprint, and greater fuel flexibility," said Rick Fontova, President of Green Field Energy Services.

While iDEC systems have traditionally been used in avionics, the TES iDEC assembly is unique in that it adapts the use of turbines to be used in other industrial settings. In 2010, Tucson Embedded Systems developed and began manufacturing iDEC units for use in turbine-powered pumping equipment used in hydraulic fracturing operations.

"Our patented application of digital technology Embedded System applied to turbine control systems is the first in the industry to improve efficiency, reduce material costs, regulate and reduce engine emissions and keep innovation and manufacturing in the U.S.," said David Crowe, President of TES. "Through its partnership with TES, Green Field Energy Services is the first company to provide hydraulic fracturing services utilizing turbine-powered pumping equipment."

TES' universal iDEC unit improves drilling extraction methods by allowing turbines to run efficiently on natural gas or diesel fuel.

"Finding and safely harvesting natural gas offers a clean, environmentally safe energy source close to home," said Fontova. "Innovations like TES's iDEC units are crucial to the safe growth and development of the turbine-powered hydraulic fracturing industry."

About Tucson Embedded SystemsFounded in 1997, Tucson Embedded Systems, Inc. (TES) provides, end-to-end development, manufacturing and field placement of industrial software and electronic systems to government and commercial customers. Our mission-driven philosophy drives our core capabilities, which include systems engineering, safety and mission critical software development to FAA DO-178B guidelines, testing/automated testing and independent verification and validation, rapid prototyping and integration, enterprise systems development, printed circuit boards and specialty manufacturing.

Headquartered in Tucson, TES employs more than 90 of the industry's best engineering and analytical professionals to deliver innovative engineering solutions from concept to production into maintenance for mission and safety critical systems. For more information, visit the company's website at www.tucsonembedded.com .

About Green Field Energy ServicesGreen Field Energy Services, Inc. is an independent oilfield services company that provides a wide range of services to oil and natural gas drilling and production companies to help develop and enhance the production of hydrocarbons. The Company's services include hydraulic fracturing, cementing, coiled tubing, pressure pumping, acidizing and other pumping services.

In December 2010, Green Field became the first company to provide hydraulic fracturing services utilizing turbine-powered pumping equipment. The Company believes that its technology provides several advantages over the diesel-powered pumping equipment generally utilized in the industry, including significantly lower emissions, a smaller operating footprint, lower manufacturing costs, lower operating costs and greater fuel flexibility, including the ability to operate on natural gas. Green Field has corporate offices in Louisiana and Texas. For more information visit the company's website at www.gfes.com .

SOURCE Tucson Embedded Systems

Copyright (C) 2012 PR Newswire. All rights reserved

IDG News Service - Texas Instruments has partnered with AllGo Embedded Systems to announce a reference design that will allow Android 4.0 tablets to be built for under US$70, the companies announced Wednesday.

The Etab reference design is for a basic Embedded System tablet and employs an aging processor. It calls for a 7-inch capacitive touch screen and is based on TI's Sitara AM335x chip with an 800MHz ARM Cortex-A8 processor. TI announced its first Cortex-A8 chip in 2006.

The $70 cost includes the chip, plastic casing, battery, screen, Wi-Fi and Bluetooth, and applies when the parts are bought in 100,000-unit quantities.

The reference design is aimed at hardware developers that want to build a custom tablet, or those building embedded hardware for enterprises, such as a bar-code scanners, biometrics devices and control panels.

The tablet design could also be used in the education sector, said Libo He, business development manager at TI.

The design will allow companies to build a tablet in as little as three months, TI and AllGo said.

TI and AllGo are selling the reference design along with a prototype tablet for $999. That includes the hardware layout, schematics, drivers and design, TI's He said.

Hardware makers could potentially turn to Chinese manufacturers and buy Cortex-A8 tablets for less than $70 per unit in volume. But He said paying $999 for the reference design is a good deal because customers also get support and the ability to customize their tablet for specific needs.

Customers also get advice where to buy parts to achieve the low-price point, He said.

Tablets can be harder to build than PCs, with their tightly integrated parts. The costs to build an Etab tablet compare favorably will some Cortex-A8 alternatives, including the Galaxy Tab, which was released in late 2010 and cost $205 to build, according to IHS iSuppli.

Some inexpensive ARM-based boards are also available, including the $35 Raspberry Pi PC, which does not include the outer case. Raspberry Pi Foundation has open-sourced the PC design, publishing the layout, design and schematics for use by enthusiasts.

Like many of those ARM-based boards, the Cortex-A8 processor in the Etab is getting long in the tooth. Many of today's name-brand tablets run the faster Cortex-A9 processor. The Google Nexus 10 tablet introduced this week has the latest Cortex-A15 processor.

TI's chips are used in products including the $199 Amazon Kindle Fire HD. However, TI said recently it would switch its attention with application processors to embedded products.

This is a roundup of news or activities in the past few days that may be of interest to people. 

Cadence has announced several verification projects using Verification IP (VIP) for ARM® AMBA® protocols, one of the industry's most widely used verification solutions for the AMBA protocol family. Leading customers, including CEVA, Faraday and HiSilicon have reduced their verification schedules. Cadence has worked closely with ARM to ensure its VIP solutions support ARM CoreLink™ CCI-400 Cache Coherent Interconnect and CoreLink NIC-400 Network Interconnect using the AMBA 4 protocols.

Imperas has released its models of the ARM Cortex-A15, Cortex-R4, Cortex-R4F and ARM1176 processor cores. These models are now available from Open Virtual Platforms™ (OVP™). Support from OVP includes example virtual platforms incorporating the cores, with the processor core models also supported in Imperas’ advanced software development tools. 

LDRA has integrated their tool suite with IBM Rational Rhapsody providing a workflow from model-driven development to test and verification of software. IBM Rational Rhapsody is a UML-based modeling and code-generation tool. Thanks to this integration, developers can access the LDRA tool suite from within the Rhapsody platform to ensure that their generated code complies with industry standards, follows best-practice programming guidelines and is fully tested. 

Proton Digital Systems has announced that Sanjay Srivastava has joined its Board of Directors as Executive Chairman. In this role, Sanjay will focus on driving strategic initiatives for Proton. Prior to this appointment, Sanjay was CEO of Denali and most recently SVP of IP at Cadence Design. While at Denali, Sanjay sold the business to Cadence for $315 million. Proton Digital Systems provides LDPC-based Flash Read Channel IP that drives increased endurance and longevity of Flash Memory. 

Mentor Graphics has announced that its Mentor® Embedded Sourcery™ CodeBench product supports code generation for the Qualcomm Technologies, Inc. (QTI) Hexagon™ DSP architecture for control and signal processing. Mentor Graphics is the first vendor to provide a commercially supported GNU toolchain for the Hexagon DSP architecture, supporting a wide range of embedded applications, including microcontroller, signal processing and control applications, along with commercial services to support this product offering. Each Qualcomm Snapdragon processor contains multiple Hexagon DSPs, providing programmable resources for real-time modem and multimedia functions such as gaming, media and user interfaces.

Forte Design Systems has released a new version of its Cynthesizer™ SystemC high-level synthesis. Enhancements, including increased performance and capacity, have been made across the entire tool suite. The latest features include new modeling style support, expanded optimization and analysis capabilities, integration with third-party tools and improvements to CynWare™ intellectual property cores.

XYALIS and KALRAY say that XYALIS GTstyle has successfully addressed the advanced dummy fill challenges of KALRAY's MPPA-256 manycore processor, designed using 28nm process. With its complex process rules from both analog parts requiring dedicated dummy fill procedures and large digital areas with timing and race condition constraints, KALRAY's most advanced manycore processor was a challenging with respect to the layout finishing.

According to the latest NPD DisplaySearch, flat panel display (FPD) manufacturing equipment spending fell 69% Y/Y in 2012 to $3.8 billion—making 2012 the weakest year in history for FPD equipment makers. Despite the challenges facing the FPD industry, including slow demand growth as TV and PC markets mature, 2013 offers hope of significantly improved conditions.

eSilicon is now offering memory compilers targeting the networking and computing markets in TSMC's 28nm and 40nm technologies. eSilicon’s eFlex™ and eFlexCAM™ embedded memory products include ternary content addressable memories (TCAMs) and multi-port register files. These products increase bandwidth with parallel processing for packet forwarding and classification in internet routers as well as in other applications that require high-speed table lookup.  eSilicon’s 28HPM TCAMs can provide performance of up to 1.6 billion searches per second (BSPS) under typical operating conditions and a latency of 1-2 clock cycles. TCAM performance is 800 million searches per second (MSPS) under worst operating conditions.

Jasper Design Automation has two new property synthesis Apps as part of the family of JasperGold Apps. The JasperGold® Structural Property Synthesis (SPS) App is used to detect and eliminate common functional design errors and ensure that code is clean before validation starts. JasperGold’s Behavioral Property Synthesis (BPS) App accelerates verification closure by leveraging both RTL and simulation information to find and fill coverage holes, thereby increasing functional coverage and raising the overall assertion density. Both Apps support SystemVerilog and VHDL languages for maximum flexibility.

Mentor Graphics has announced its next generation Embedded Sourcery™ CodeBench and Sourcery Analyzer products. Developers can now accelerate system debugging, including multiple Linux applications concurrently, by quickly and easily visualizing and analyzing complex software systems. When combining the Sourcery CodeBench and Sourcery Analyzer products, embedded developers get proven, customizable end-to-end development tools that include automatic performance analysis and efficient multi-process debugging to increase productivity.

Space Codesign Systems has version 2.4 of its SpaceStudio™ ESL hardware/software co-design software for SoC embedded systems development. Version 2.4 introduces support for AMP in multiprocessor-based designs in an environment that carries out automated hardware software partitioning. Now, engineers can explore their design options with modern multicore architectures such as the dual-core ARM® Cortex™-A9 processor featured in the latest Xilinx® and Altera® flagship FPGA’s. 

Synopsys has announced that its next-generation Embedded System Discovery™ Verification IP (VIP) for the ARM® AMBA® 4 AXI4™ protocol now offers a Performance Checker capability. This capability enables system-on-chip (SoC) verification teams to analyze and validate SoC performance using metrics established during the system architecture definition process, speeding up the debug of SoC performance bottlenecks.

Uniquify has relocated its corporate headquarters from Santa Clara to San Jose, Calif., to accommodate its rapid growth. The new corporate headquarters is located at 2030 Fortune Drive, Suite 200, San Jose, Calif. 95131. Phone: (408) 235-8810. FAX: (408) 904-7349. Email: info@uniquify.com.

Cadence has announced the tapeout of a 14-nanometer test-chip featuring an ARM Cortex®-M0 processor implemented using IBM’s FinFET process technology. The successful tapeout is the result of close collaboration between the three technology leaders as they teamed to build an ecosystem to address the new challenges from design through manufacturing inherent in a 14-nanometer FinFET-based design flow.

ARM announced the new ARM® Cortex™-A50 processor series based upon the ARMv8 architecture. The series initially includes the Cortex-A53 and Cortex-A57 processors and introduces a new, energy-efficient 64-bit processing technology, as well as extending existing 32-bit processing. AEM hopes that this enables their partners to create system-on-chips that address diverse markets, from smartphones through to high-performance servers.

Synopsys has released a new version of their Synopsys Synplify Pro® and Synplify® Premier FPGA synthesis tools. The 2012.09 Synplify releases include new multiple error isolation and incremental fix capabilities. They have added support for Achronix Speedster 22i HD FPGAs and improved the flow with XilinxVivado.

Elliptic Technologies has partnered with Trusted Logic Mobility to create a content protection technology provided through the tight integration of tVault™ HDCP 2.1 with the Trusted Foundations™ security solution on Android tablets. The solution leverages hardware enforced security based on the ARM ® TrustZone® secure hardware architecture, trusted execution environments (TEE) and targets applications such as HD Video-on-Demand, Over-The-Top and IPTV.

Similarly, Xilinx has announced solutions that further extend the Zynq™-7000 All Programmable SoC's use within trusted systems with hardware and software technologies, including on-chip decryption, authentication, ARM TrustZone® architecture, commercial and open source hypervisors, IP cores, and development boards. Collectively, these technologies offered by Xilinx, Xilinx Alliance Program members and the ARM Connected Community® enable systems that must address secure boot, separation and isolation of independent software stacks, information assurance, and Anti-Tamper.

Digital Core Design has introduced the DT8051. They believe that this is the world’s most powerful tiny 8051 available on the market. The complete system with peripherals and the DoCD debugger use 6650 ASIC gates, while the standalone CPU utilizes less than 3k gates.

Meanwhile Cortus has released what they claim to be the world’s smallest 32-bit microcontroller IP core – the APS1. The APS1 has a 32-bit architecture with 16 general purpose registers. The gate count starts at about 6800 gates. In the TSMC 90 nm technology this can be as small as 0.03 mm2 (Dolphin SESAME-HD library).

A new version of IAR Embedded Workbench for ARM announced at ARM TechCon optimizes the compiler boosting execution speed 10 percent, extends integrations, and adds user friendly options.

Santa Clara, CA, November 01, 2012 --(PR.com)-- IAR Embedded System® today announced a new version of its world-leading development tool suite, IAR Embedded Workbench® for ARM® version 6.50. The new version adds expanded integration and new functionality. In addition, enhancements to the optimization technology in the powerful IAR C/C++ Compiler result in even faster code execution.

To make it easy for developers to use device configuration tools alongside IAR Embedded Workbench, IAR Systems has implemented new functionality for adding project connections. Automated integration with Freescale’s Processor Expert Software, Infineon’s DAVE™ code generator, and other device configuration tools enables developers to import files or file packages generated by the tools. IAR Embedded Workbench automatically detects changes in the generated file set.

Providing fast and compact code, the IAR C/C++ Compiler performs multiple levels of optimizations for code size and execution speed, such as loop unrolling and function inlining. The operations performed are global as well as core- and target-specific. By further advancing its compiler technology, IAR Systems has improved the already outstanding results of industry-standard benchmarks by more than 10 percent.

A new display of source browser call graph enables developers to easily navigate through the function call hierarchy. Developers can choose to display all possible calls to or from a selected function with the calls listed in a dedicated Call Graph window. This added functionality provides a good overview of function calls, making it easier to see the relationships between different parts of the application.

In addition, the latest version includes a new License Management System (LMS) that adds features such as commuter licenses, automatic license activation and support for virtual servers. The new LMS makes it easy for customers to administer and manage licenses.

About IAR Embedded Workbench

IAR Embedded Workbench is a complete set of C/C++ compiler and debugger tools with support for all ARM cores, including ARM7/9/11 and ARM Cortex™-M0, Cortex-M0+, Cortex-M1, Cortex-M3, Cortex-M4, Cortex-R4, Cortex-R5, Cortex-R7, Cortex-A5, Cortex-A7, Cortex-A8, Cortex-A9 and Cortex-A15.

Version 6.50 of IAR Embedded Workbench for ARM will be available for customers on November 9, 2012. Visit www.iar.com/ewarm for additional product information.

Editor's Note: IAR Systems, IAR Embedded Workbench, C-SPY, visualSTATE, The Code to Success, IAR KickStart Kit, I-jet, IAR and the logotype of IAR Systems are trademarks or registered trademarks owned by IAR Systems AB. All other products are trademarks of their respective owners.

Editor Contacts
Janice Hughes, Public Relations
Hughes Communications, Inc.
Mobile: (705) 774-8686
E-mail: janice@hughescom.net

Angie Hatfield, Public Relations
Hughes Communications, Inc.
Mobile: (425) 941-2895
E-mail: angie@hughescom.net

IAR Systems Contact
Fredrik Medin, Marketing Director
IAR Systems
Tel: +46 18 16 78 00
E-mail: fredrik.medin@iar.com

About IAR Systems

IAR Systems is the world’s leading supplier of software tools for developing embedded systems applications. The software enables over 14,000 large and small companies to develop premium products based on 8-, 16- and 32-bit microcontrollers, mainly in the areas of industrial automation, medical devices, consumer electronics, telecommunication, and automotive products. IAR Systems has an extensive network of partners and cooperates with the world’s leading semiconductor vendors. IAR Systems Group AB is listed on NASDAQ OMX Stockholm. For more information, please visit www.iar.com

Exciting software development opportunities exist within this wireless communications specialist based in Cambridge. They seek high calibre Embedded Software or Firmware Engineers for new wireless development projects. You will be developing very low level software in C which will drive the hardware for their market leading radio communications systems.

You will have a very good technical degree (or equiv.), be fully competent in C programming within an embedded / firmware environment with a real appreciation for developing software at the hardware level. Any exposure or a keen interest in RF design is a bonus.

Excellent salary on offer as is a bonus and full benefits package. You will be working in a superb environment surrounded by like-minded Engineers with real opportunities for career advancement.

For more information please Embedded System contact Adrian Wagstaff on 01189 881141 or send an email to adrian.wagstaff@ic-software.com

Key Skills: Software, Firmware, Embedded, C, RF, Analogue, Matlab, WiFi, WLAN, Radio

IC Software - your first contact for Embedded, DSP & Software jobs.

很久寫東西了 今天感覺有點閑 而且也想寫點東西 所以就在鍵盤上敲點東西吧 。

對于seo 我是很喜歡研究的 結合自己的體會 說下吧

首先 title 很重要 而且寫法不同 出來的效果也就不同 一般說se只看重前7-9個字 當然我也沒去驗證過。我還是喜歡多寫 當然不會超過40個字 所以寫的多只是想實現長尾效果。讓title里的詞語出現多重的組合。當然長尾的實現需要靠主要害詞能取得一定的排名。你可以不做主要害詞，只做長尾。這里的長尾只是一個與主要害詞相關的長詞語，它的排名上去了并不能說實現了長尾效果。長尾效果指的是要你的主要害詞上去，隨既幾種組合詞語就能輕松取的排名。主詞的排名 要求你的站點必須要做到與主要害詞語有一定的相關度了。堅持做豐富內容的站點 哪怕你不會seo 或者不是很懂seo 我相信一樣能取得一定的排名。title的寫法我認為是非常重要的，同時提醒大家不要隨便改你title。

在談下meta中的description 為何要說它 因為它可以控制引擎對某些詞語的索引。description的寫話是寫成一句話，包括你這個頁面要做的要害詞語就可以了。當然也可以不寫description 這樣引擎的索引就會抓取你詞語密度最密集的地方，這個要求你的站點的要害詞語有些地方能夠密集布局了。談到布局我覺得還是把最總重要的東西密集分布到網站的頭部和底部。無論是你寫description還是不寫description都不會有啥影響的。

再來談下 外部連接吧 很重要，至于重要程度不用說大家應該都能明白的。連接的描文本要用自己要做的要害詞語。有實驗證實連接不一定都連到首頁為好，內容的相關跟能提高你頁面的權重的。

本人喜歡靠內容來流量，內容來流量簡單 效果快 而且能讓你的訪問者找到他們想要的東西 這樣對與訪問者來說是友好的 而且內容的匹配也能讓se認為你的內容是好的東西，而不是垃圾。至于如何來流量 大家可以自己思考嘗試。

總之做站都不輕易，seo是我們必須要把握的，究竟我覺得他是來流量最省力最好的方法了。seo也是個系統的東西，希望大家不要操之過急，慢慢來，認真做站，相信你能取得成功的。最后祝愿seo資料站的兄弟伙伴們都能做好站，有好的收入的。

　　柯震东（右）和萧亚轩在矮树步道悄悄牵手后，或许担心太招摇，改拉小外套“隔衣牵手”，还两小无猜地左右摇晃。

　　萧亚轩与柯震东相差12岁的“亚东恋”终于曝光？昨下午记者目击，两人甜蜜牵手漫步在矮树走道，柯震东还耍可爱一路倒着走逗得女方笑得花枝乱颤，走到无遮蔽物遮挡的步道，才改成共拉1件小外套“隔衣牵手”，后记者问双方工作人员是否已准备公开恋情？但双方口径一致：“只是朋友。”

　　台湾媒体报道，20岁柯震东与32岁的萧亚轩日前接连被曝相约看电影、以及夜店熊抱闹绯闻，尽管姐弟恋被传得沸沸扬扬，但两人始终推说只是“正常朋友”，柯震东日前在香港被拍和嫩模Jeannie同车，又与混血辣妹上夜店，萧亚轩虽冷回“不介意”，却也不甘示弱透露去巴黎充电之旅有艳遇，如今看来有如在隔空调情。

　　昨天下午记者目击，萧亚轩与柯震东双双戴上墨镜，一身轻便打扮出现在小道中散步约会，两人经过有矮树当遮蔽物的花圃走道时暧昧非常，但或许是怕引人瞩目，走到池塘边的同心圆走道时两人又简单纯情，改成同拉1件小外套。

　　柯震东途中还倒退走逗萧亚轩，动作可爱又讨喜，让正在讲电话的萧亚轩，也顾不得边走边笑，随即挂电话与对方拉扯外套打闹，期间她有如初恋少女般看着天空云彩微笑，纯情的暧昧情节，丝毫不输柯震东在电影“那些年，我们一起追的女孩”里的场景，但2人一发现被拍，立刻保持一前一后安全距离，走进停车场后便消失无踪。

　　对于被拍到在公开场合打情骂俏，是否已打算公开恋情？萧亚轩经纪人蒋承缙仍撇清：“就只是好朋友，大家不要想太多”，并解释昨天萧亚轩原本约了孙芸芸与柯震东一起喝咖啡，后来因孙要定装赶不过来，才改约去孙家聚会；柯震东经纪人林怡辰则表示“没有回应”，并说“就是一般朋友在路上打闹，没什么好大惊小怪。”

　　5月2日晚，韩国人气组合2pm参加湖南卫视2012成人礼盛典录制。此次中国电视首秀，2pm自然吸引了来自全国各地的粉丝。面对中国粉丝的热情，2pm接受采访时表示随时做好来中国发展的机会。而组合中因维尼夫妇走红的尼坤，更大赞中国女孩热情有活力。

　　组合发展看重中国市场

　　虽然2pm是韩国当红男团组合，但不断出现的新鲜组合也让竞争变得相当激烈，比如出道五天就有超高人气的EOX-M就表现出了相当凶猛的势头。对此，2pm自信他们在舞台上的热情、独特的表演方式都会让组合独具特色，一直为歌迷制造惊喜。

　　今年2月，2pm在南京开唱，这场在中国内地举办的唯一一场演唱会也吸引了全球各地的歌迷。而歌迷的热情也让他们产生了来中国发展的念头，“只要有机会，公司也有这样的计划，我们随时做好来中国发展的机会。”

　　尼坤采访避谈宋茜

　　此次来长沙录制节目，不少粉丝早早守候的机场。也许是因为中午接机人多造成混乱，2pm希望歌迷以安全为重，“在机场有很多粉丝来接机，我们感受到了大家的热情，但是他们的安全更重要。”

　　在组合中，以“维尼夫妇”在中国赢得众多粉丝的尼坤人气更胜一筹。在采访中，尼坤笑言每个人粉丝一样多，成员之间并不存在竞争。尼坤和f(x)组合中的中国成员宋茜是《我们结婚了》节目中最受欢迎的夫妇之一。两人在节目中的默契配合，以及略有暧昧的真情流露，不禁让人怀疑两人假戏真做。尼坤在采访中避谈宋茜，不过却透露非常欣赏热情有活力的中国女孩。

也許在之前，我提過關于搜索引擎優化有兩方面的因素：

　　1 Onpage optimization

　　2 Offpage optimization

　　前面我們已經說了onpage優化，現在我們接下來要講的是offpage優化，那也許是真正改變你google排名的重要因素。

　　合理正確的利用Offpage因素，可以極大的改變你網站的排名，也許到第一頁，也許到第一個！
　　下面我來具體講講，offpage優化主要包含哪幾方面因素：

　　“哪些網站”鏈接到你的網站

　　鏈接到你網站的“網站數量”

　　鏈接到你網站的“網站pr值”

　　鏈接到你網站的“網頁標題”
　　鏈接你網站時所使用的“鏈接文字(anchor text)”

　　鏈接到你網站的那個網站的“鏈接數量和類型”

　　鏈接到你網站的那個網站的“導出鏈接數量”

　　鏈接到你網站的那個網站是否被google認為是一個“權威的網站”

　　為了優化我們所使用要害詞假設為“網站”的網站，我們需要分析在要害詞“網站”搜索結果里排名前10位的網站。

　　模擬排在第一的網站，我們也會取得第一！

　　現在我們就需要按照上面所提出的那幾方面因素，來對“網站”排在google前10位的網站進行分析，這里為了方便我們查閱和比較，最好創建一個excel表格文件。

　　主要包括這里指的網站都是和我們鏈接的那些網站：

　　鏈接的網站

　　鏈接時所使用的文字

　　網頁的Pagerank

　　網頁鏈接廣泛度

　　網頁標題

　　網頁導出鏈接數量

　　現在我們在google里面輸入要害詞“交易網站”， 然后按照上面所提到的，在excel表格里填入排在前10位的各個網站的具體情況。這里可能就需要費一點時間了，對于有些大的網站，外部鏈接很多，需要一個一個查看，這就需要你們多去努力收集一下，不過這里我們并不以“網站”為例，而是選擇了競爭激烈一些的“網站”。

　　這里對下面幾個選項做一下說明：

　　Step 1

　　• 用特定的搜索引擎分析反向鏈接;(這里我們只演示這個功能)

　　• 尋找高pr值的鏈接對象，同時發送郵件;

　　• 分析所有導入鏈接文字、鏈接標題;

　　• 檢查對方是否鏈接到自己的網站;

　　• 特定的要害詞所在搜索引擎的排名;

　　• 查詢有多少頁面被搜索引擎收錄;

　　Step 2

　　輸入你想查詢網站的網址，這里就輸入我們想要查詢的那個網站的網址

　　Step 3

　　要忽略的網址，這里做演示沒有要忽略的，所以不用填

　　Step 4

　　只返回那些包含我們所提供要害詞的網站

　　Step 5

選擇返回的最大結果數(試用版的只返回排在前10的網站)

　　Step 6

　　選擇要使用的搜索引擎(試用版的，沒有選擇默認是all web)

　　Step 7

　　選擇特定的參數，如pr whois信息世界排名 聯系信息等等…

　　然后點擊OK

　　等運行完成過后開始查看，首先是Report view

　　看到這些鏈接文字(Anchor text)了嗎? 這在google排名能起到非常重要的作用。
　　接下來看看IP地址框

　　受google喜歡的網站應該是“有不同ip地址鏈接到它”的網站，假如只是同一個ip地址的鏈接，起不了太大的作用，除非是pr相當高的那種。

　　接下來我們看看這些鏈接網站的pr值

　　接下來是查看 Analysis view

　　然后看看包含這些要害詞的title，然后再去比較一下排在后面的那些網站，就會知道為什會排在前面。