小眼睛的健康世界

By a News Reporter-Staff News Editor at Journal of Engineering -- From Alexandria, Virginia, VerticalNews journalists report that a patent by the inventors Dmitrovich, Janet (Round Rock, TX); Langdale, Philip Lee (Austin, TX); Robbins, James Patrick (Austin, TX); Tracey, William J. (Round Rock, TX), filed on December 29, 2007, was cleared and issued on October 2, 2012.
The patent's assignee for patent number 8281291 is International Business Machines Corporation (Armonk, NY).
News editors obtained the following quote from the background information supplied by the inventors: "The present invention relates in general to a system and method for improving memory usage for Java executable (JXE) files. More particularly, the present invention relates to a system and method for memory mapping the read-only portion of the JXE file so that the operating system can reclaim the memory when needed.
"Pervasive computing devices are available to perform a wide variety of tasks in today's business arena. Semiconductor technology has enabled devices such as mobile telephones and personal digital assistants (PDAs) to perform tasks that, until recently, were reserved for more traditional computers.
"These pervasive computing devices include more powerful operating systems. Some of these operating systems support middleware applications, such as 'virtual machines' that are adapted to run platform-neutral applications. A popular example of a virtual machine is the Java Virtual Machine (JVM). Programs written to execute using a JVM will operate on any JVM regardless of the underlying hardware and operating system used by the computing device. Underlying operating systems include Microsoft's Windows.TM. based operating systems as well as Unix-based operating systems such as IBM's AIX operating system and the Linux operating system.
"One challenge that is encountered when running an embedded virtual machine on many pervasive computing devices, especially smaller pervasive computing devices, is the smaller amount of available memory on these devices. This challenge is being addressed by the introduction of pre-linked executable images of the applications written for the virtual machine environment. In the Java environment, these pre-linked executable images are referred to as 'JXE' files. The Jxe file wraps the Java classes into one executable file, which makes the startup and distribution of Java programs easier.
"While using JXE files improves the startup and distribution of Java programs, it adds particular memory challenges. When running a JXE file from a filesystem, the entire JXE image is loaded into memory in order to execute the program. Thus, using JXE files requires the computing device to have sufficient amounts of memory to store and load into RAM all of the bytecodes included in the JXE file. This can be especially challenging when a user is using multiple JXE files on a smaller pervasive computing device, with each JXE file needing to be loaded into the limited amount of available memory.
"JXE files include both read-only data, such as the bytecodes, and read/write data, such as the variables used by the program. Because of this, the memory in which the JXE file resides is typically not swappable without first writing all the JXE data stored in memory back to nonvolatile storage, such as a hard disk drive. This is the case even though the read/write portion of the JXE file is often quite small in comparison to the read-only portion of the file. Swapping the entire JXE file out to disk takes considerable computing resources and decreases system performance. In addition, many pervasive computing devices do not have swap space to even allow swapping of the JXE file. Likewise, when the application is subsequently needed, having to read the entire JXE file from disk and load it back into memory is also expensive in terms of time and computing resources.
"What is needed, therefore, is a system and method for allowing page faults to occur with the read-only portion of JXE files using an operating system that supports paging. What is further needed is a system and method to load JXE pages when needed and allow the operating system to discard JXE pages according to the system's normal paging process."
As a supplement to the background information on this patent, VerticalNews correspondents also obtained the inventors' summary information for this patent: "It has been discovered that read-only portions of Java executable image (JXE) files can be memory mapped from their nonvolatile storage location to a memory location using read-only mapping. In this manner, the operating system is free to discard memory pages occupied by the read-only section of the JXE file without having to instruct the filesystem to write the JXE file back to the nonvolatile storage.
"When a JXE program request is made, the virtual machine allocates an address space for the program. The JXE file is then memory mapped from its nonvolatile location to the allocated memory space. In addition, the read/write section (i.e., variables) of the JXE file are loaded into memory.
"When the JXE program is initialized, a page fault occurs because the read-only portion has not yet been loaded into memory. The operating system's page fault handler retrieves the needed page(s) from the nonvolatile storage location based upon the mapping data that resulted from the previously performed memory mapping. When subsequent pages are needed that have not yet been loaded, they too cause page faults that are handled by the operating system's page fault handler. Because the read-only section of the JXE file is memory mapped using read-only mapping, the operating system's paging process is free to discard previously loaded memory pages that contain read-only portions of the JXE file. When pages that have been discarded by the operating system are once again needed, another page fault occurs whereupon the code is loaded by the page fault handler.
"The foregoing is a summary and thus contains, by necessity, simplifications, generalizations, and omissions of detail; consequently, those skilled in the art will appreciate that the summary is illustrative only and is not intended to be in any way limiting. Other aspects, inventive features, and advantages of the present invention, as defined solely by the claims, will become apparent in the non-limiting detailed description set forth below."
For additional information on this patent, see: Dmitrovich, Janet; Langdale, Philip Lee; Robbins, James Patrick; Tracey, William J.. System and Method for Embedded Java Memory Footprint Performance Improvement. U.S. Patent Number 8281291, filed December 29, 2007, and issued October 2, 2012. Patent URL: http://patft.uspto.gov/netacgi/nph-Parser?

Embedded System

IMS Research forecasts that shipments of RF-embedded light bulbs and their associated remote controllers will be more than 6,00,000 in 2013, rising to 1.17 crore in 2017. 2013 will be a big year for the emergence of RF-embedded light bulbs, with several large manufacturers planning to release new products using a range of wireless technologies, said IMS.
There are several drivers to push the market for these devices forward. One of the most important is the ability to control the lights using a smart phone, which can provide both in-home control, and for some systems, remote-access control from outside. It is expected that over the forecast period, most of these systems will offer remote access via an app, or cloud-based service. While this feature is available on current residential lighting control systems, the cost of these systems can be too high for most consumers. The RF-embedded light bulbs will be sold at a more consumer-friendly price level, leading to higher residential adoption.

According to IMS Research Analyst Phillip Maddocks, "We have already seen excitement about these types of systems with the recent successful launch of the Insteon RF and Powerline LED bulb as well as Li-Fx system that managed to generate very significant investment in a few weeks; this shows the potential of this market. In addition to this, several tier-one lighting suppliers are planning to launch similar systems towards the end of 2012 and throughout 2013, which will bring such systems to the consumer market."

From a technology perspective, Embedded System currently most RF-embedded light bulb systems, such as that of Insteon, use a proprietary technology or use a proprietary 802.15.4 software stack. Greenwave Reality is currently showcasing NXP's JenNet-IP protocol which, according to NXP, is being made an open platform for other semiconductors to support. In addition to this, the ZigBee Alliance recently launched a lighting-specific profile "ZigBee Light Link" which is designed specifically for the control of both colour and light level of LED light bulbs. Currently several tier-1 lighting manufacturers, such as Osram and Philips, have already had devices certified using this protocol.

"Over the next few years, there will be the development of several ecosystems of devices using different technologies before a dominant standard emerges," added Maddocks. "With the support and the interoperability available as part of the ZigBee Light Link protocol, IMS Research believes that by 2017, ZigBee will have emerged as the main wireless technology being used in these systems, accounting for 38 per cent of all RF-embedded bulbs and controllers shipped between 2010 and 2017."

嵌入式系統(Embedded System)正掀起一股智慧化發展熱潮。在雲端運算(Cloud Computing)與物聯網(Internet of things, IoT)的推波助瀾下，智慧型嵌入式系統已快速在市場上展露鋒芒，並可望成為未來數年驅動嵌入式產業倍數成長的最大動能。根據市調機構IDC指出，現今全球約有十八億部嵌入式系統已具備智慧功能，預估未來3年此數量將持續激增，並於2015年達到四十億部的規模，而整體市場產值也可望突破2兆美元。

值此嵌入式系統智慧化商機方興未艾之際，新電子科技雜誌特別精心規畫「2013年版嵌入式系統設計解密」特刊，並聚焦智慧家庭、智慧運輸、智慧醫療、智慧能源和智慧工業等熱門嵌入式領域，分別介紹各個應用市場相關系統智慧化設計對策，以及關鍵元件與技術標準最新進展。同時，也將報導相關元件和解決方案供應商布局動態，提供完整實用的市場和技術情報。Embedded System

Noida being a semiconductor design hub with some big names in the industry present, along with huge presence of IT sector here, has led to embedded system training providers to do rather well. "Number of students opting for embedded systems is increasing at a staggering rate," said Pravjot Singh, director and COO of EmbLogic Embedded Technologies. "There is an increased realisation that embedded systems is not merely for electronics engineering students, but also for students from streams like computer science, telecommunications, electrical and instrumentation technology."

EmbLogic is a technology design, integration and devices realisation company, providing end-to-end embedded solutions for product development and deployment based in Noida. Institutes state that they have seen 30 to 50 percent growth in student registration annually in last five years.

However, they point out that it is still not enough to meet the rising demand for engineers. "It is still way short of the required mark. At this rate it will take minimum 10 years for Indian market to have sufficient number," said Singh. He added that even in other countries, growth rate is hovering around 30 percent approximately.

Singh pointed out that only 3 percent of required skilled workforce is available in India. This has resulted in heavy losses to design/product based companies as the work has to be outsourced abroad. But players unanimously say that the change in trend towards embedded system training is definitely heartening to see. Main reason attributed to increase in number of students enrolling is the rising awareness among students about its prospects.

"Numerous companies have demand for embedded engineers with experience in designing and implementation," said Vikas Kalra,technical marketing director, Cetpa Infotech, another leading institute from Noida. "We can say good placement opportunity and tremendous growth is the main reason for increase in number of students enrolling."

Kalra said that Noida is always the first choice for students to undergo training on various cutting edge technologies like embedded systems. "Major players of semiconductor industries like Cadence, Freescale, Mentor Graphics and others are present in Noida, and it definitely helps students to learn about placement requirements and recruitment cycle." He added that CETPA also invites officials from these companies to visit institute and give guest lectures and students interaction to enrich their learning experience.

The training basically trains students to design embedded devices. It involves Hardware designing, embedded C programming, firmware design, Linux operating system internals, embedded operating systems design, device driver development, protocols design and implementing, embedded processors design and architecture, embedded applications development.

The main reason that necessitates training in embedded design is the ever-changing technology. It is the most dynamic aspect of any industry and a person regularly dealing with it needs to be updated.

Ads by Google
Jaypee Krescent Homes
Affordable Luxury Golf Apartments At Noida Sector 129, +91-9560214267
www.youtube.com/watch
ROHM / Embedded Chipset
For Intel®Atom Processor E600 Offers maximum performance!
www.rohm.com.tw
It is not just increasing number of students that emphasises the importance of embedded system training. "Many corporate houses have trusted on our training methodology by outsourcing their training requirements to us," said Kalra.

"Our clients for embedded Embedded System training are from core electronics sectors, small & medium scale companies engaged in embedded application development, Chip design, embedded product development and related domains. Two of CETPA's big embedded system based clients are Samtel Displays in Ghaziabad, and Central Electronics Limited (a public sector undertaking)" Most players who provide training to companies have experienced increase in the number approaching them. Singh added that companies are struggling to train and upgrade employees because of high cost of training and less effective trainers.

"Major sectors where recruitments happen for embedded engineers are robotics, home appliances, telecom, automobiles, aviation, defence and signalling, aerospace," said Nilesh Rastogi, spokesperson for ITSpark, an IT training centre Noida.

Players also said not only has there been an increase in the number of opportunities, even remuneration after course completion has gone up well. According to them, average salary for starters is in the range of Rs 4.2 to Rs 4.5 lakh.

"The fee structure for embedded system training depends upon course modules. Fees structure ranges from Rs 6,000 to Rs 50,000 per candidate depending upon duration and modules," said Kalra. The duration can range from 3 months to 6 months.

BEAVERTON, Ore., Oct. 16 -- Tektronix issued the following news release:

Tektronix, Inc., the world's leading manufacturer of oscilloscopes, today introduced the attractively priced MSO/DPO2000B (http://www.tek.com/mso2000) Series of oscilloscopes that put advanced debug features within easy reach of engineers and educators. The new oscilloscopes make it easier than ever for engineers - even those on very limited budgets - to gain all the debug advantages of full serial bus decoding and triggering.

The 12-model MSO/DPO2000B Series oscilloscope features bandwidths from 70 MHz to 200 MHz. With industry-leading 1 M point record lengths, these oscilloscopes make it easy to find events of interest in long records using Tektronix' innovative Wave Inspector to perform manual or automated search. Reflecting the wide application of serial interfaces in electronics designs, the new series lowers the cost of serial decode, trigger and search modules by more than 50 percent compared to previous models. In addition, the cost of adding 16 digital channels is lower than before. Cost of ownership is further reduced with an industry-best 5-year warranty.

The use of electronics has exploded in nearly every industry over the past few years. Now as consumers have become more sophisticated, the pressure is on electronics engineers to offer increased functionality in everything from automobiles and consumer devices to industrial controls and medical systems. In turn engineers, technicians and educators, often operating with limited budgets, require more capable test instrumentation to keep abreast of the growing demand.

"The MSO2000 oscilloscope offers an absolutely impressive array of features like intuitive operation, high-quality probes and simple to use software modules," said Julian Lana-Sarrate, Senior Electronics Engineering Technologist at LSTS. "Using the Wave Inspector and the 1M point recording I barely had the scope out of the box and I was able to store and drill down to a single noise glitch in a multi-byte transmission sequence. The protocol analyzer works perfectly too. Now I just run a single shot sweep and almost instantly the byte values appear superimposed over the relevant sections of the waveform."

Within the Tektronix family of oscilloscopes, the new lower-end MSO/DPO2000B Series oscilloscopes give customers using Tektronix TDS2000 Series oscilloscopes an easy upgrade path to a more capable instrument with such features as a 7-inch widescreen display, 1 GS/s sampling rate on all channels and a flexible TekVPI probe interface. The new oscilloscopes are also ideal for education environments where instructors need to keep the classroom and lab experience consistent with real-world industry trends.

For systems designers focused on meeting technical and business program objectives, the MSO/DPO2000B Series provides the performance and features engineers need to validate, characterize and debug complex component and system level issues in embedded designs. This includes decode, trigger and search support for common serial buses including I2C, SPI, RS-232, CAN and LIN. The oscilloscopes also provide advanced triggers to capture anomalies in digital systems including runt pulses, setup and hold violations and rise or fall time violations. All that functionality is packed into a portable 7 lb., 14 oz. package with a small footprint just 5.3 in. deep.

"Tektronix has long maintained a strong leadership position in the entry-level oscilloscope segment. Customers in embedded design, education, service and repair, and manufacturing test rely on our oscilloscopes to bring their electronics products to market," said Dave Farrell, general manager Mainstream Oscilloscopes at Tektronix. "By adding new models, lowering prices and offering a more complete feature set than the competition, we're confident that customers globally will continue to embrace Tektronix as their preferred supplier of cost-effective electronics test instrumentation."

Availability and Pricing

The MSO/DPO2000B Series oscilloscope are available now worldwide. Prices range from $1,290 US MSRP for a two-channel 70 MHz DPO2002B oscilloscope to $3,570 for a 200 MHz MSO2024 with four analog channels and sixteen digital timing channels. All models Embedded System include a standard 5-year warranty.

The development of machine-to-machine (M2M) embedded solutions presents some specific challenges, compared to other embedded applications:
Embedded devices operate in the field, often distributed over large geographical areas.
There is no human operator to troubleshoot or maintain them.
They come in potentially Embedded System large fleets that must be managed collectively and effectively.

Communications happen largely over wireless networks.
They integrate many different fields of expertise: hardware, embedded software, networking, wireless, collaboration with telecom operators, server-side software, and user interfaces. While none of these fields are beyond the reach of a competent R&D department, very few departments master all of these skills simultaneously.
Moreover, and contrary to what many would guess, only 5% of the typical costs of an M2M project go to hardware, according to an Analysys Mason Report.1 Also, 17% is spent on communication fees, and a staggering 78% is spent on application design and provisioning.
Given how much of the total cost they represent, R&D teams must be equipped with all the productivity tools they can afford. Investing in tools is generally more important than saving a couple of CPU cycles on the hardware, although this approach runs contrary to the habits of many embedded development shops.
Language And Tools
Lua offers powerful expressiveness, ease of learning, embeddability, and easy co-habitation with C.2 Like its close siblings Python and Ruby, it saves a lot of development and maintenance time—or allows designers to keep larger applications under control—by removing large classes of programming errors and saving a lot of boilerplate low-level code, which provides advanced and reliable data structures and offers effective control over concurrency matters.
Proper tools have also become a must. A good integration development environment (IDE) enhances the mastering of today’s extensive libraries, through integrated documentation, smart auto-completion, templates, and code analysis tools. It also allows better control of embedded devices through simulation, local or distant debugging (bugs only occurring in the field are a common nightmare of M2M maintenance), and interactive exploration of live devices.
There is a strong demand for tools enabling the creation and deployment of an M2M solution without a dedicated development team. Some tools permit you to quickly sketch a monitoring and reporting application, provided the appropriate drivers are available and the business logic remains very simple and standard.
Such tools are very valuable. They let people take the first step toward M2M empowerment of their business. But if the solution proves valuable, it’s likely to grow in complexity, and soon enough it will become a very specialized application maintained by developers.
Rapid prototyping tools must not impede this transition. Any generated application must be readable, modifiable, and extensible for developers, and those developers must not be limited by the constraints of the prototyping tool. If you don’t plan in advance for this evolution, you’re painting yourself into a corner.
Embedded Libraries
Dedicated libraries must support the most obvious M2M activities, including data acquisition and actuator control: general-purpose I/O (GPIO), analog-to-digital converters (ADCs) and digital-to-analog converters (DACs), controller area networks (CANs), I2C, or ZigBee, for example. Increasingly, media from the PC world, such as Ethernet or USB, is finding its way into embedded systems.
A recurring issue with embedded I/O is that hardware providers tend to create custom protocols over serial for every other peripheral. Since there only are so many ways to dialog on a serial line, a proper “serial framework” library can save a lot of boilerplate code and standardize the implementation of those protocols.
Embedded systems are often distributed locally across several CPUs, sensors, and actuators. (For instance, consider a home automation and alarm system.) In such systems, remote sensors and actuators are handled by very minimalist micro-controllers and report raw data to the smart gateway, which will filter, sample, consolidate, and report that data with more sophistication. As such, the gateway needs to understand a standard, simple protocol easily implemented on smaller controllers.
Finally, many M2M applications can be seen as monitoring systems. They sample data, consolidate and report some of it, use some other data as triggering events, and optionally drive some actuators according to local or network-induced triggers. A comprehensive M2M library should provide a monitoring library, which will help in architecting the whole application in a standard way and save a lot of generic boilerplate code.
Over-The-Air Updates
However well planned and debugged a solution might be, if it is kept alive for long enough, some changes will require updating the embedded software. This is challenging because of wireless network constraints. Also, large fleets of devices must be handled concurrently. And without a human operator to troubleshoot failed updates, the process must be extremely robust. To sum up, updating M2M software over the air is best left to specialists. Embedded update systems as well as update campaign management servers must be offered as turn-key, robust solutions to non-specialist developers.
Communications
Different estimates predict between 2 billion and 50 billion M2M devices in 2020.3, 4 Therefore, wireless communications will remain a challenge for M2M applications in the foreseeable future. Optimizing the way data is exchanged and handling the retries and fallback systems will remain specialized skills and will require adaptation along the application’s lifecycle.
A specialized agent must handle communication policies, then, which must be easily updated remotely and open to future improvements such as operator-controlled load shedding. The most effective way to do so is to associate data exchanges with specific policies (e.g., “urgent,” “regular,” “when-idle…”). These policies’ behavior can be controlled through declarative data, pushed and updated from a central server like any other data exchanged from the server to the devices.
One Solution
Having acquired these insights through years of M2M expertise, Sierra Wireless has developed AirVantage M2M Cloud, tailored to address these requirements. The ALEOS Application Framework provides a way to handle smart interactions between devices and the Cloud, a rich set of embedded libraries, and a state-of-the-art development environment.
Sierra Wireless also provides ready-to-use hardware devices for faster and cheaper solution design and deployment.
The development framework is based on Lua, a modern, embedded-friendly and very quickly learned language.5 It has been proposed as a new open-source project, Mihini, under the umbrella of the M2M Industry Working Group imitative, and it will be available in early 2013.
Our Eclipse-based IDE offers all the features one can expect—project management, supply chain management (SCM) integration, content assist, integrated documentation, interactive execution and debugging on remote target hardware, generation of software update campaign packages—all as an open-source, commercially friendly solution (www.eclipse.org/koneki/).
It comes with a set of dedicated M2M libraries to address the recurring issues faced by solution designers. An autonomous embedded agent takes care of the most sensitive issues such as update over-the-air or communication management, which can be controlled completely from the AirVantage Cloud.

Teaching Lab equipped with Freescale's advanced multimedia and application processor technology and enrollment into The Freescale Cup student competition at the Politecnico of Torino

TORINO, Italy - October 12, 2012 -- Embedded System The Freescale Semiconductor (NYSE: FSL) Embedded Systems Teaching Lab is targeting industrial, automotive, medical and consumer applications and benefits from Freescale's latest technologies to support and develop students engaged in ICT engineering careers.

Situated at the heart of the Italian "Automotive Valley," Politecnico di Torino has a close connection to cars manufacturers and tier one suppliers. Its academic achievement in automotive technology is recognized both within Italy and internationally.

The lab is equipped with i.MX53 Quick Start development boards to enable students studying embedded operating systems with state of the art technology to train and develop applications in the realm of Human-Machine Interface (HMI) for the Automotive industry.

"The second embedded systems teaching lab at the Politecnico of Torino is the result of close collaboration with the Department of Control and Computer Engineering," said Flavio Stiffan, who is responsible for the University Programs EMEA at Freescale. "The relationship with the Politecnico of Torino continues to grow to provide students a motivating environment for learning with the latest technologies and prepare them for their engineering career. In addition to the teaching labs, the Politecnico of Torino also enrolled into the 2012/2013 season of The Freescale Cup student competition, enabling students to apply their learning to autonomous car racing."

"Master students in computer and mechatronic engineering will have the opportunity to practice the concepts learned during Operating Systems for Embedded Systems classes and the i.IMX53 Quick Start development boards will serve as leading edge technology workbench" said Prof. Massimo Violante who is leading the teaching lab at the Politecnico of Torino.

Freescale's experts are available for hands on and lecture support at the Politecnico, providing students with in-depth technical information to ensure that they are fully prepared for their work life.

About Politecnico
It is one of the most important universities in Europe for engineering and architecture studies, strongly committed to collaboration with industry. 30,300 students attend the Politecnico per year. About 15% of them are international students coming from 100 different countries. In recent years Politecnico has notably increased its international activities and it has initiated, in collaboration with partners, several projects supporting the international mobility of foreign students. The Politecnico di Torino is interested in developing permanent partnerships in research and education with industries that want to take advantage of university collaboration for innovation, and development. The Politecnico Business Research Centre, within the Campus, is the place dedicated to cooperation between Politecnico and industries

About Freescale's University Program
For more than 30 years, Freescale has been working with educators to bring the resources and solutions needed for advancing education as well as sponsorships to deliver practical experience. Since then, Freescale has expanded to engaging with 650 universities across the globe helping students to be among the most employable in the industry. Freescale helps you accomplish more during your education and your career with best-in-class hardware, tools, training and more to inspire your vision into reality.

About Freescale
Freescale Semiconductor (NYSE:FSL) is a global leader in embedded processing solutions, providing industry leading products that are advancing the automotive, consumer, industrial and networking markets. From microprocessors and microcontrollers to sensors, analog integrated circuits and connectivity - our technologies are the foundation for the innovations that make our world greener, safer, healthier and more connected. Some of our key applications and end-markets include automotive safety, hybrid and all-electric vehicles, next generation wireless infrastructure, smart energy management, portable medical devices, consumer appliances and smart mobile devices. The company is based in Austin, Texas, and has design, research and development, manufacturing and sales operations around the world. www.freescale.com

DALLAS, Oct. 17, 2012 -- /PRNewswire/ -- More than 35 million Americans are over age 65, and that number is set to nearly double in 20 years. Those 85 and older are the fastest growing segment of the population in the United States and many currently suffer from some form of chronic disease and some form of disability; and if possible, prefer to remain at home Embedded System rather than transfer to a care facility1.

In an effort to make caring for patients outside of hospital and nursing home walls more accessible, and to improve quality of life for the elderly, AT&T* and Embedded Wireless are teaming up to wirelessly enable a new remote patient monitoring platform. The companies today announced that AT&T will be the exclusive 4G LTE mobile internet provider for the Zilant™ Wellness Remote Monitoring Platform and a mobile personal emergency response (mPERS) system.

Chronic conditions account for nearly 80 percent of physician visits, more than 80 percent of hospital in-patient stays, more than 90 percent of prescriptions, and more than 95 percent of home healthcare visits. Patients recently hospitalized with chronic conditions are at significantly higher risk for readmission; this accounts for an estimated 85 percent of the cost of healthcare in U.S.A.2

Advances in the use of wireless technologies in providing for remote healthcare like the Zilant™ Wellness Platform and the mPERS Pendant enables caregivers to efficiently monitor patients at dramatically lower care costs. The Zilant™ Wellness Platform is a home monitoring platform that integrates a system of monitoring devices and environment sensors to facilitate elder care, chronic disease management and independent living. The mPERS Pendant is a personal emergency response device worn around the neck. It will continuously monitor activity, location and can detect falls. It will manually or automatically initiate two-way voice communication for emergency response while simultaneously transmitting relevant data such as location and relevant personal information to the pre-designated parties.

"We're teaming up with Embedded Wireless to make in-home remote patient monitoring simpler and more effective for healthcare organizations to deploy and scale," said Chris Penrose, senior vice president, AT&T Emerging Devices. "Systems can be fully operational at home within hours of a patient's discharge from the hospital, giving caregivers and healthcare providers the ability to remotely monitor data gathered by home based sensors and monitoring devices – all over the nation's largest 4G network."

Zilant allows elders to share their daily activities with caregivers and family through the cloud with a secure web browser and password. Key features are motion detection, environment monitoring, vital signs measurement, 24x7 personal emergency alert pendant (PERS) and video observation. With mPERS, patients will be truly mobile with a direct cellular link to a caregiver over the AT&T 4G LTE wireless network. At home, mPERS reverts to a WiFi connection with the Zilant™ which integrates data from the mPERS device and communicates with caregivers through the wireless network connection.
"We are very excited to work with AT&T - a global leader in wireless, high speed Internet, Wi-Fi and cloud based services," said Dr. Rama Shukla, CEO of Embedded Wireless, Inc. "With Zilant™ Wellness Platform technology and solutions built around it, Embedded Wireless aims to enable high-quality and low-cost remote patient monitoring and eldercare services across the US and globally. Working with AT&T gives us access to the nation's largest 4G and provides innovative solutions connecting caregivers (including Elder Care Services) to patients and clients for monitoring, response and intervention on a flexible and expandable platform. Patients and their loved ones will enjoy peace of mind and a sense of security knowing their activity and biometric data allows quick response to any adverse event. We are passionate about driving improvements in the economics and quality of life for the elderly living at home with our state of the art WEB 2.0 based wireless technologies."

The Zilant™ Wellness Platform, now being piloted in eldercare environments in the U.S. and Europe, is expected to launch later this year; and will be exhibited next week at the National Association of Home Care meeting in Orlando, booth #737; and also at the Connected Health Symposium in Boston, booth #15.

For more information on AT&T, please visit www.att.com.

For more information on the Zilant™ Wellness Platform, visit www.embeddedwireless.com.

*AT&T products and services are provided or offered by subsidiaries and affiliates of AT&T Inc. under the AT&T brand and not by AT&T Inc.

1 US Census data referenced by author and EWL clinical partner, Allan S. Teel, MD, in his book 'Alone And Invisible No More', and Full Circle America presentations

2 Kalorama Information: Patient Monitoring Systems Markets Remote and Wireless May 2010

About AT&T

AT&T Inc. (NYSE:T) is a premier communications holding company and one of the most honored companies in the world. Its subsidiaries and affiliates – AT&T operating companies – are the providers of AT&T services in the United States and around the world. With a powerful array of network resources that includes the nation's largest 4G network, AT&T is a leading provider of wireless, Wi-Fi, high speed Internet, voice and cloud-based services. A leader in mobile Internet, AT&T also offers the best wireless coverage worldwide of any U.S. carrier, offering the most wireless phones that work in the most countries. It also offers advanced TV services under the AT&T U-verse® and AT&T | DIRECTV brands. The company's suite of IP-based business communications services is one of the most advanced in the world.

Additional information about AT&T Inc. and the products and services provided by AT&T subsidiaries and affiliates is available at http://www.att.com. This AT&T news release and other announcements are available at http://www.att.com/newsroom and as part of an RSS feed at www.att.com/rss. Or follow our news on Twitter at @ATT.

© 2012 AT&T Intellectual Property. All rights reserved. 4G not available everywhere. AT&T, the AT&T logo and all other marks contained herein are trademarks of AT&T Intellectual Property and/or AT&T affiliated companies.

Information set forth in this news release contains financial estimates and other forward-looking statements that are subject to risks and uncertainties, and actual results may differ materially. A discussion of factors that may affect future results is contained in AT&T's filings with the Securities and Exchange Commission. AT&T disclaims any obligation to update or revise statements contained in this news release based on new information or otherwise.

About Embedded Wireless

Embedded Wireless is a next-generation wireless telecommunications company and a global developer/supplier of wireless sensor and networking technologies for telecommunications, mobile wellness, elder homecare and home automation.

Embedded Wireless' Zilant Wellness Platform and mPERS system delivers connected healthcare solutions and services for independent living - including chronic disease management, elderly home care, personal wellness, security intelligent automation, end-to-end 3G/4G enterprise solutions and telecommunications.

This news release and additional information on products and services by Embedded Wireless is available at www.embeddedwireless.com.

Computers specifically designed to streamline one or a few operations are regarded as embedded systems. Also referred to as micro-controllers, they are typically known as special-purpose computers due to the fact that embedded systems are integrated into the hardware and mechanical components of a broad range of machines and devices.

Embedded control networks have been introduced into closely every facet of life including the healthcare and medical industry, entertainment, telecommunications, etc. With its important role in different devices like MRI machines and mobile phones, embedded systems are unarguably transforming the future and revolutionizing the way society lives.
History of Embedded Systems

One of the first recorded contemporary Embedded System embedded networks involved the Apollo Project. Developed and facilitated by Charles Stark Draper of MIT’s instrumentation facility, an embedded system was integrated into the Apollo Guidance Computer. At that time, the Apollo Guidance Computer was recognized as the riskiest structure involved in the project as it only used the back-then newly developed monolithic incorporated circuits to minimize both size and mass.
Since its early use in 1960s, embedded networks were commercialized to the general market. The original price of $1,000 per piece was slashed down to $3, which permitted merchants and manufacturing companies to use it for commercial products including electronics and appliances. Since then, there has been a drastic emergence in processing capabilities and functionality.
Applications

Embedded systems have extensive applications in consumer, commercial, and industrial markets. Even military computers and devices use embedded networks.
Telecom networks use various embedded systems from phone switches for the network to telephones at the end-user. Meanwhile, computer networking utilized dedicated routers and network bridges to relay information.
Everyday devices like MP3s, printers, video game consoles, and digital cameras also rely on embedded systems to perform specific tasks and operations. Nearly all modern designs of household appliances like microwave ovens, toasters, dishwashers and refrigerators also integrate embedded systems to impart better versatility, efficiency and specs.
State-of-the-art HVAC systems are also being introduced with embedded computers. Networked thermostats yield better and more precise management of temperatures that can alter by season or day. Home automation is also embedded nowadays with wired and wireless systems that can be employed to manage and oversee lighting, safety and security, entertainment, etc. To see more on how embedded systems are being applied read this from Dell.
The transportation industry is another major industry that has found extensive use and application for embedded computers. Nowadays, flight operations and the latest designs of ground and air vehicles use embedded networks. New planes boast cutting-edge avionics like inertial guidance networks and GPS that also implement stringent safety requirements.
What’s New?

To add up to mainstream embedded networks based on compact computers, a new category of miniature wireless machines known as motes are rapidly gaining popularity as the area of wireless sensor networking emerges. WSN applies miniaturization all thanks to the high-tech IC design to compound complete wireless subsystems to complex sensors. This allows consumers and businesses to estimate a multitude of aspects in the physical world and respond using this data via IT observations and control networks. These so-called motes are entirely self-contained and usually run out of battery supply for a long period of time prior requiring battery charging or replacing. To see more on servers, sensors and other industrial computers click here.
Features

Embedded computers have intricate and extremely efficient power management technology. They also only need an infinitesimal volume of resources to effectively and consistently function. Performance specs for embedded computers are virtually absent thus enabling manufacturing companies to fabricate less-complex products at affordable prices. Oftentimes, the system is integrated into standalone items. Nonetheless, embedded networks are usually applied as subsystems as a network of a group of interacting parts in a product.
In terms of user interface, former versions of embedded networks rarely need any interface due to the fact that all information and programs were usually integrated into the device itself. Yet today, users are given much better interaction capabilities with embedded systems. A good example would be inputting data into a PDA.

在諸如 Google（谷歌）這樣的搜索引擎中排名的好壞直接關系到企業或公司的經營。很多網站都千方百計地使他們排在相關查詢的前列。對某些網站來說，假如谷歌不收錄他們，或將他們降權，后果不堪設想。但是，搜索質量是谷歌的生命。谷歌總是在不斷地提高搜索質量。在一些情況下，谷歌不得不對某些網站進行降權處理，甚至直接從谷歌的搜索結果中刪除。本文介紹一些可能導致谷歌降權或刪除的情況，并給出一些補救辦法。

谷歌對某一網站懲罰的最常見的原因就是網站的網絡作弊。在谷歌網站治理員指南 中，谷歌指出了如何設計網站，網站的內容應包含哪些，網站治理員必須了解哪些技術，并給出了網站的質量指南。任何違反網站質量指南的網站都被稱為作弊網站，并可能受到懲罰。在質量指南中，下列行為被認為是作弊：隱藏文本或隱藏鏈接；隱藏真實內容或欺騙性重定向；向谷歌發送自動查詢；使用無關用語加載網頁；創建包含大量重復內容的多個網頁、子域或域；針對搜索引擎設計的"橋頁"，聯屬計劃；設計會安裝病毒、特洛伊木馬或其他有害軟件的網頁。這些行為的共性是，他們都是為搜索引擎而作，而不是為訪問網站的用戶而作。

網絡作弊的另一種行為是無效鏈接的利用。一些網站通過買賣鏈接，或利用其他網站的自助鏈接功能得到鏈接，或者干脆使用垃圾鏈接軟件來得到完全無效的鏈接。這些短視行為影響了谷歌排名算法的正常運行。谷歌不得不調整算法對這些作弊的網站降權。事實上，有些網站本身做得很好，他們根本不需要通過作弊得到無效鏈接。假以時日，他們的網站自然會得到很多更有效地鏈接。谷歌的算法對于自然鏈接和無效鏈接的區分保證了排名的公平性。

在有些非凡情況下，谷歌也對一些網站進行刪除。一年前，我們收到用戶的投訴，說他們受到了敲詐。敲詐者說他們能控制他們的網站能否被所有搜索引擎收錄。我們查了一下原因，發現該用戶的網站被黑了。在用戶網頁的目錄下，針對搜索引擎的文件robot.txt（http://www.robotstxt.org/wc/faq.html）可被黑客隨意修改。有些黑客干脆在被黑的網站下新建一個目錄或一個程序產生作弊網頁（谷歌稱之為寄生作弊）。被黑的網站往往被谷歌刪除了還不知道為什么被刪。

當然，谷歌是個全球化的公司，在顯示搜索結果時，谷歌會遵從當地的法律，過濾掉那些違反當地法律的網站。有人也許會問，會不會有誤傷？自谷歌開始反網絡作弊以來，谷歌的 webspam 工程師總是盡量使他們的算法的精確度接近 100%。既然是由算法來判定是否作弊，不可避免有誤傷。但是，可以保證的是，誤傷的可能性相當低。

那么，怎樣判定你是否被谷歌降權或刪除了？簡單的判定刪除與否的方法是在谷歌中使用 site 查詢。例如，假如你的網站名是 foo.com,且以前曾被收錄過，你可以在谷歌中查詢 site:foo.com。假如沒有結果，則說明谷歌已刪除你的網站。另一種更精確的方法是利用谷歌的網站治理員工具注冊并查詢你的網站的信息。

在要求重新收錄或找回排名前，用戶必須移去違反網絡治理員指南的內容，或檢查自己的網站安全性能以保證沒有被黑。對違反當地法律的內容也必須移去。被降權的網站必須撤掉不合理的鏈接。否則谷歌會拒絕用戶的要求。

在確保你的網站正常后，你可以再通過網站治理員工具來要求重新收錄或找回排名。需要說明的是，谷歌不保證重新收錄你的網站，更不保證恢復你的排名。另外，重新收錄或達到一定的排名需要一定的時間。對于那些一再犯同樣錯誤的網站，谷歌極有可能對重新收錄的要求置之不理。

谷歌非常重視和廣大網絡治理員的溝通。我們有為英文網絡治理員的博客，我們很快會推出中文網站治理員的博客。谷歌也非常歡迎網絡治理員對我們的搜索質量提出寶貴建議。例如，假如你注冊了谷歌 Webmaster Central，你可以用這個表格報告作弊網站https://www.google.com/webmasters/tools/spamreport?hl=zh-cn。假如你不想注冊谷歌賬戶，也可以在這里舉報：http://www.google.cn/contact/spamreport.html

SEO是什么？字面翻譯是搜索引擎優化，很多人現在都在研究，很多人都在爭論，如何如何的做，怎樣怎樣的規律，什么方法適用什么類型的搜索引擎。包括mb5u，admin5這些綜合性站長網站都開始加大對SEO內容的重視，更有甚者，利用一次度虎谷的搜索大賽，使得很多草根站長開始關注SEO，這個領域，并且誕生了一些新興的網站，如點石互動。

這個SEO的文章和SEO的經驗，很多都在向大家傳遞這樣一個信息，就是SEO，就是為了在做排名，搜索引擎上你站的排名，是你網站生存和發展的根本。

但這樣的一些思想，是否陷入了形而上學的理論呢？曾經在點石看到一個朋友這樣說：感覺現在靠網站賺錢的人，都似乎是不懂網站的。這句話，當時我一看，就有種被點醒的感覺。

說個真實的例子，絕對的真實！我家有個親戚，做下水道產品的，就是什么井蓋啊，管道啊之類的，在2003年的時候，生意都很不好，因為國內這個生意很多人做，價格提不起來了，中介人的關系也沒處理好，所以有大半年，廠子處于停產狀態，后來找了個專科生，那個人說這個世界上有個阿里巴巴，可以將貨物賣到全世界，然后我親戚問他，怎么搞，他說交幾千當個會員，發點廣告。

然后我親戚抱著試試看的心態，象征性的投入了一萬多，沒想到，半年內，連續接到以色列，芬蘭，瑞士的訂單，而且價格比國內的還要高，直接貨到前付款。我親戚現在，連QQ都不會用。只會命令那個專科生繼續加大對阿里巴巴的投入，而那個專科生，去年的年底分紅，拿了10萬的大紅包。

這是一個真實的例子，有些朋友可能會覺得在吹牛，但覺得我在吹牛的朋友，肯定沒有在外貿公司做過事，大部分是草根，看到有這樣的例子就不服氣，但我可以負責任的告訴大家，這樣的例子，在現在的國內，比比皆是。要不是這種例子多，阿里巴巴也不會賺這么多錢，大家覺得呢？

SEO為什么這么火？很大程度上，是因為個人站長把它抬起來的，那個人站長為什么要重視這個？因為個人站長不好生存了。以前，只要是個站，就有幾萬流量的日子，再也回不來了，而廣大個人站長為了生活，逼迫自己去努力提高流量，就算是做垃圾站，也需要流量養啊，現在廣告聯盟不景氣，更要流量支撐啊。

為了流量，是現在草根站長學習SEO的直接目的，但這個目的，其實，并不太符合市場經濟的規律，大量的流量，被草根站長浪費了！

我舉個小比方啊，我做一個出國留學的垃圾站，采集3~5萬的數據，堆砌要害字和作弊，一個月，假如能帶來5000IP的流量，算不算很多呢？對于一般的老鳥站長來說，這個流量應該說是一般吧。但是假如這個日IP5000的站，要是交給一個留學中介公司運營，他們老板要喜死了，為什么？因為，一般來說，100IP就可以帶來一個咨詢電話，10個咨詢電話，就會轉化一個上門客戶，3~5個上門客戶，一般來說都會簽一個，就是說，假如做到日IP5000，就相當于天天幫公司招了一個客戶，一個客戶利潤多大呢？就打2萬中介費計算，成本1萬五，利潤五千。300天，就有將近150萬的利潤了！

當然，這個是我的一個小比方，留學的流量本來就不大，不太好做到5000IP，而且咨詢電話的跟單和簽協議都有很強的技巧性，所以說我這個比方，是一個比較理想化的模式。

但可不可以說這個比方不恰當呢？絕對恰當，因為，這個比方就是想證實一個現象。大量流量把握在個人站長手上，但你們，卻在浪費流量。

其實我說個人站長在浪費流量，也有點言過其實，但對于一般公司來說，的確是這樣的感覺，但個人站長不能不浪費流量，因為，一。沒核心產品，二。沒咨詢營銷能力，三。沒有完善的售后服務體系，總而言之，就是沒有人，沒有公司，沒有錢來支持。

所以太苛刻的說個人站長做的不對，也是不應該的，究竟有很多限制，但是不是因為這些客觀原因，而放棄我們的網站，或者放棄流量呢？我認為不是，而且我們要努力的利用流量，讓我們的生活過的更好。

所以，SEO，并不僅僅是SEO，因為，SEO承載了太多的功能，說SEO，不如說流量，是流量承載了太多的功能，而這些功能，我們個人站長，并沒有進行利用。以下是我個人的一些小想法，希望大家可以一起討論，起到啟發和共鳴的作用。

一定要意識到：電子商務，才可以救草根

電子商務，說的直白點，就是網上賣東西，不管是什么，服務可以賣，實物可以賣，情感也可以賣，現在GG點擊一下多少錢？單價又降了吧？不停的這樣玩，我們個人站長還剩下什么？說個不好聽的，現在淘寶上賣舊衣服的賣家，做的好的，都比我們這些拿命博流量的站長要賺的多。

他們不知道怎么修圖，不知道HTML，不知道什么是JAVA效果的人可以利用電子商務賺錢，我們為什么不行？

不知道怎么搞是嗎，看看下面的這幾招吧

（1）做個代理，或者把自己放在小業務員的位置

你要做電子商務，在沒有什么背景和成就的情況下，你就是小業務員，你就找一個核心產品，直接找商家，拿批發價，然后要點圖片和介紹，開始做站，做流量，在站上做上你的聯系方式，等到流量做起來，會有人跟你聯系的，然后你了解下基本情況，跟客戶介紹下，要有一定的營銷技巧和能力，這個是個人站長最應該把握的東西，其實說起來很復雜，做起來不需要想象的很難

（2）開發自己的核心產品

動易，大家知不知道？風訊，大家熟不熟？為什么知道，因為是CMS，站長基本上都要用，那有人就說了：你說開發這些就開發啊，做死了都沒人用，而且技術不是說開發就開發的。對的！這些復雜的系統的確不是一般的草根能開發的，那么，傳統行業的網絡產品，我們可以嘗試不？

網店訪問人數計數器，這個會不會？網商需要的！專屬一個方向的數據查詢系統，這個會不會？很多行業需要的，很多方向都可以找思路的，傳統行業網絡技術的開發程度其實不高，假如多努力，至少比自己等流量要好的多。

這個世界上，還有很多的招式，可以在網上賺錢，大家一起努力，通過這個文章，打開思路就行，這個文章沒什么，就是為了開闊大家思路而寫的，不要以為網賺就是廣告聯盟，就是SP，就是GG，很多不懂網絡的人，也在依靠互聯網生存，發展，賺大錢，我們是站長，我們更有理由利用我們的技術，我們的網站，使我們生活過的更好一些。

　　3月30日，刘嘉玲身穿露肩礼服，与超模胥力文、秦舒培和设计师叶明子一同助阵某品牌活动，大秀香肩与美腿，举手投足间尽显高贵性感。受访时，谈及穿着，她表示喜欢穿有型的衣服。

　　另外，刘嘉玲与一众名媛名模出席罗杰 维维亚鸡尾酒会，她穿着高贵裙装大秀性感，现场频频举杯豪饮。在离开活动现场时，还遭到旁边的眼镜男工作人员偷瞄。

　　“他是喜剧天才，更是经营奇才”，本山传媒总裁刘双平曾经这样形容他的顶头上司兼事业伙伴。从铁岭开原市莲花乡黑土地上走出来的一个孤苦农民，到坐拥10亿身家、30亿资产的商业帝国掌门人，赵本山靠着他令人惊讶的天分，一步一个脚印地创建起自己的商业模式和传媒帝国这不是一个神话，而是一个中国式的励志故事。

　　辽宁省民间艺术团

　　关于以“刘老根大舞台”为主的本山传媒演出业绩，媒体报道过最多的数字是1.9亿人民币。但据本山传媒刘双平的官方确认，这个数字在三年前就达到了1.5亿人民币。2009年5月，“刘老根大舞台”进京，其后一年票房收入超过6000万人民币，其中交税就交了1000万元。辽宁省民间艺术团作为本山传媒的核心企业，2009年的票房收入近1.5亿元。这个由赵本山在2003年组建的演出团体，从单纯的东北二人转演出舞台发展为全国性连锁品牌，光沈阳的刘老根大舞台一年就有超过一亿的票房收入。而全国各地其余的10家刘老根大舞台，以日收入20万元计算，5000万的年收入轻而易举。也就是说刘老根大舞台年收入近两亿，而且全是现金。

　　演艺、影视剧投资

　　本山传媒早年出品了《刘老根》系列、《马大帅》系列、《乡村爱情》系列等一大批叫好又叫座的电视剧，屡破收视奇迹。影视剧的制作除播出收入外，通过贴片广告、植入广告、音像版权等方式，也“额外”获得了不菲的衍生品收入。《乡村爱情》单部的贴片广告就可以达到800万元，仅《乡村爱情1》就吸引到了天琪食品、蒙牛和当地汽车公司的赞助，保守估计收入近千万的片尾贴片广告每条在60万-90万元不等，《乡村爱情2》的价格可能更高，按照平均每条80万元来计算，10条贴片广告收入就可以达到800万元。此外在音像版权方面，《乡村爱情2》的版权价格高达500万元。

　　仅以上述有限的数据推算，通过电视剧首播权、重播权、衍生产品，仅仅是《乡村爱情2》进账就高达6000万元。而整个影视剧投资的收入起码达到三五亿规模。

　　煤炭运输

　　本山集团早期以钢铁、煤炭和运输业攫取了第一桶金，虽然今年转型围绕传媒文化产业做足文章，但钢铁、煤炭、运输业等各种渠道也在为本山传媒源源不断地吸进大量资金，年收入依然至少上千万元。

　　广告代言

　　随着演艺事业的发展，赵本山及其徒弟演艺费用也水涨船高。在春晚露面以前小沈阳的出场价码不过3万，但经过了春晚“镀金”，如今的小沈阳出场费已达30万，直逼一线明星。而随之产生的商业代言费用也是价格不菲，而且赵本山本人的代言费用很早以前就已经突破了7位数字，也就是说他一年光广告代言的收入就有几千万元。

　　近日，有知情人爆料：合作多次的邱泽与唐嫣这对荧幕情侣也发展“戏外情”了，网友用“菊花体”向唐嫣隔空喊话：“世界上又红又爱你的男人，如果邱泽都不算，唐嫣就真嫁不出去了。”

　　爆料一：邱泽在赛车内贴唐嫣照片

　　除了在演艺圈打拼外，邱泽还是一名赛车手。早前，邱泽在博客中发了一组他参加赛车比赛的照片，眼尖的网友发现，其中有两张照片可以依稀看到他的赛车里贴了一位长发女生的照片。有自称当日赛车比赛现场的工作人员在微博爆料，称邱泽赛车里贴的是唐嫣的照片，并跟朋友介绍说唐嫣是其“女朋友”。爆料网友称邱泽和唐嫣已经在一起超过一年了，因为和唐嫣在一起后，邱泽事业发展得非常好，邱泽也把唐嫣当成自己的福星，便在赛车里贴了唐嫣的照片。

　　尽管邱泽博客中与此事相关的照片已删除，但在网上流传的“邱泽珠海赛车”视频里，在第59秒闪过的镜头里可以看到赛车里面同样有一张女生的照片。有粉丝指出，那正是唐嫣在拍《夏家三千金》时的造型。

　　爆料二：邱泽向朋友承认唐嫣是女友

　　继“照片”事件后，又有网友爆料，一位叫“BabyDoll_ACC”的网友称近日和邱泽吃饭时，邱泽向他们承认了唐嫣的女友身份。该微博引发了众多网友围观，有粉丝发现，邱泽微博的关注名单里，有一位叫“小蛇小蚯蚓”的网友，邱泽多次在微博与这名网友交流有关赛车的信息，而“小蛇小蚯蚓”正是网友“BabyDoll_Acc”的丈夫。虽然“BabyDoll_Acc”因为不堪粉丝的骚扰删掉了相关微博，但网友的猜想并未停息，网友推测，应该是在参加珠海赛车一起吃饭时，邱泽向朋友公开了他与唐嫣的关系。网友称：“看邱泽跟她老公的熟悉程度，应该不是信口胡说吧。这两人肯定在一起了！”

　　爆料三：疑似告白的唐嫣微博

　　此外，两位主人公的微博也经常有恋爱迹象出现，去年唐嫣在微博上曾上传一张照片并说：“Loveis(爱是)未来的路，我们一起走。”照片里有两双鞋，经网友研究发现，照片中的两双鞋正是邱泽与唐嫣在某部剧中的道具。

　　不仅如此，好友胡歌也曾在唐嫣参加的《鲁豫有约》节目上确认唐嫣已有男友，“除非我知道这个男人有很多不好的，或者说我明确知道那个人背着她做过什么事情，我会提醒她，但据我所知都还不错。”

　　唐嫣经纪人：如果她想公开，她会站出来

　　春暖花开季，又有一对荧幕情侣要公开了？昨日记者就此事询问了唐嫣的经纪人茹璟，“目前没听说任何一方有此打算。”似乎觉得有些漏了口风，她马上补充称，“都不知道是不是事实，怎么公开？”茹璟表示照片模糊并不能确定是唐嫣，而且公司不会干涉艺人的私生活，“她是一个挺大情大性的人，如果她有一天想要公布，她会站出来的。”至于说胡歌口中的“那一个人”的存在，经纪人笑称那是胡歌想要“撇清自己”，“你知道他们经常在一起拍戏，粉丝都给他们分了很多组，泽糖派啊，歌糖派啊。”被记者直接逼问唐嫣和邱泽的关系时，经纪人并未正面回答，“一直都有这个传闻，之后的缘分，他们自己再说吧。”

　　近来，“龙太子”房祖名为了自己参演的电影正在两岸三地跑宣传，忙的不亦乐乎。但日前记者却在北京撞见这位大忙人。

　　“龙太子”房祖名当晚驾着价值100多万的跑车，停车后还仔细检查爱车是否停的位置是否妥当。而副驾驶位置则出现一名神秘的美女，两人一前一后进入酒店，没多久便有一名男友人一同出现在酒店外，三人一同进入豪车再次离去。由于堵车，使得房祖名马力十足的跑车无法“施展”。房祖名当晚驾车一路开回了自己位于北京的某公寓。

　　3月26日，Lady Gaga在推特上晒出一张完全素颜的自拍照，没有了夸张浓密的假睫毛和鲜艳的唇膏，鬓角戴着一朵白花的Gaga，吊带半褪，举着手机对镜自拍，面色略显苍白，反而更显真实可亲。两天后将迎来26岁生日的Gaga在照片旁附言道：“度过了美丽的一天！”

　　Gaga的素颜照似乎与她最近远离媒体和聚光灯的低调相得益彰。在3月18日播出的《奥普拉新一章：Lady Gaga》节目中，她告诉主持人奥普拉温弗瑞（Oprah Winfrey）：“这次节目之后，我打算很长时间不接受任何采访了。我也不会看任何报道。没有记者会，不上电视。除了和音乐有关，我不想知道任何事，我完全与世隔绝了。”

　　由刘恺威、杨幂联合主演、《千山暮雪》导演杨玄和编剧郭宝贤携手打造的都市商战剧《盛夏晚晴天》将于今年6月开机。日前，该剧在京召开启动仪式。该剧也是刘恺威首次担任制作人的电视剧，为支持男友，连续高烧五天，甚至缺席电影宣传和数次通告的杨幂，为了力挺男友而带病坚持为其捧场。杨幂称此为爱情的力量。

　　刘恺威、杨幂秀恩爱，结婚要顺其自然

　　刘恺威、杨幂二人自恋情曝光之后，一直尽量减少两人同时出席活动的次数。而刘恺威为《盛夏晚晴天》首当制作人，杨幂自然会全力支持。连续高烧五天，甚至缺席电影宣传和数次通告的杨幂，为了力挺男友刘恺威，活动当天却带病坚持为其捧场。

　　杨幂表示，“在我生病的时候，他每天都要打很多电话，叮嘱我吃饭、吃药，多休息。这次他愿意尝试当制作人我当然要多支持。而且一起拍戏，经常可以见到他挺好的。”记者询问刘恺威，杨幂的片酬大概多少时，刘恺威笑称：“我不参与片酬，应该是友情价，但相信不会亏待她。”

　　对于事事都为对方着想的他们，相信很多粉丝一定操心二人婚事，殊不知分头采访的杨幂和刘恺威默契十足，先是说结婚要顺其自然，并表示如果在剧组讨论角色出现分歧，都听导演的。

　　杨幂越来越红，刘恺威没压力

　　自《宫》(内地版韩版)之后杨幂一炮而红，随后出演了多部影视作品，也都得到业内人士认可。对与有这么一个越来越红的女友，刘恺威会不会有压力？他表示：“每个人都有自己的空间，而我最大的压力是和自己斗争，每天都想要超越自己。”说起女友杨幂，“她是一个非常坚强的女孩儿，她的工作越来越忙，节奏也非常快，其实我倒希望她能够减少工作强度，看着她那么辛苦，作为男朋友当然会心疼。但看到她在工作上得到认可又很欣慰，总之她开心就好了。”

　　当杨幂听说刘恺威让她减少工作回家当少奶奶的消息时，杨幂惊喜的表示：“他那样说就太好了，当少奶奶多好。”

　　《盛夏晚晴天》是在同名原创小说的基础上改编而成，剧本保留了小说中的基本人物关系和重要情节，但对人物的身份、性格进行了更具有戏剧性，同时贴近于生活的再设计。讲述了夏晚晴（杨幂饰）在遭遇好友算计、男友悔婚并落入连环圈套毫无退路的窘境下，被高智商、深城府的“花花公子”乔津帆（刘恺威饰）解脱困境，然而这一切不过是更加复杂庞大的圈套的初始，夏晚晴的真实身世逐渐浮出水面，而“花花公子”也不过是乔津帆的一张面具，一段最初因为“复仇”而开始的爱情最终令两个人绝处逢生。

　　上海，周杰伦的绯闻女友昆凌素颜戴口罩现身某酒店。

　　当日，昆凌在助理的陪同下走出酒店，戴着口罩素颜的她很普通，穿着也是十分的朴素。刚出酒店时似乎发现了有狗仔偷拍，故意侧过身避开镜头，十分的谨慎。

　　因爆炸意外久未露面的Selina任家萱27日以崭新面貌出席知名化妆品牌的代言活动，这是Selina婚后首度公开亮相，相隔一年半又少了两位好姐妹的陪伴，Selina紧张的心情溢于言表，大呼：“好想CALL他们来！”

　　婚后首次代言

　　身着白色洋装、黑色丝袜，仅露出手指部分压力衣的她看起来气色很好，对于大家关心的新婚生活，她脸上洋溢的甜蜜气息已说明一切。她表示最近爱上了运动，像跑步或打羽毛球，希望藉由健康的方式多接触人群，Selina也开心的笑说：“去运动时，很多人都觉得我很漂亮！”以前那个看似柔弱的小公主现在已完美体现了女人的坚强与自信。

　　据悉，Ella的未婚夫是该化妆品公司的高层，而当她被问到是否是因为这层关系才将复出的第一次活动献给该公司时，她否认道：“会这样选择是因为自己本身就有在使用他们的防晒，因为新生的皮肤很脆弱，容易沉淀黑色素，因为医生有叮咛，所以有特别注意。”而她也表示好姐妹Ella的婚礼一定到！

　　宣布下半年复出

　　至于粉丝们关注的复原状况，Selina表示：“手上的伤比较浅，压力衣可以比较早脱掉，至于腿部因为伤口比较深，又必须支撑全身的重量，因此要花比较久时间。”但她的复原进度神速，就连医生都称赞她是“伤者中的资优生”。而心理状态的方面，Selina说，自己有偷偷去过Ella的签唱会，当时看到了许多一直支持S.H.E的粉丝，虽然还是有点回避他们的眼神，但没有情绪崩溃，所以就第一步而言，那次算是跨得不错。

　　同时，她也对在这段时间一直支持她的歌迷朋友们，表达了由衷的感谢。而Selina在现场也开心地预告将在下半年复出，三人的活动也可以开始了，大家引颈期盼的S.H.E合体演出是指日可待，新专辑目前在收歌阶段，等Ella的宣传期结束后就可以开始筹备。提及这次的新专辑，Selina兴奋地表示：“现在三人都各自出过专辑，这次三人合体出辑会有怎么样的变化，自己也很期待。”

　杨幂和刘恺威这次公开恋情，除了杨幂以往情史受到关注之外，最令网友八卦的是，这两位主角都给传过整容。杨幂就不用说了，从她走红开始，整容这个词就没有离开过她，这个词更是让她直接登上2011年世界搜索排名榜榜首。

两人生活照

两人同居照

两人定情电视剧《如意》剧照

　　而凭着《千山暮雪》走红的刘恺威，虽然情史不是很丰富，但是整容史可是应有尽有，某个知名论坛更是直接扒出刘恺威出道时候的图片，整张脸和现在相比较，最后得到的结论是“几乎是从头到尾都整过容”。至于事实如何呢？除了当事人心里明白之外，我们这些旁观者只能看一下图片八卦一下了。