要害詞全局策劃的目的:


  1、建設更具效率的網站;


  2、搜索引擎優化方向明確;


  3、充分了解市場與競爭情況;


  4、有利于制定轉化目標和競價預算;

  汽車音響行業狀況:


  1,國產汽車音響產品的品牌市場占有率由2005年年初的10%左右迅速提高到現在的35%,目前國內汽車音響自主品牌已超過三成;


  2,整車企業利潤呈下降給汽車音響業帶來壓力和機遇。整個汽車行業的降價風暴席卷全國,汽車音響產業開始承受汽車整體供給鏈傳遞過來的壓力,同時也帶來了更多的機遇和挑戰;


  3,中國汽車音響市場走勢:增長速度快、市場潛力大。隨著全球汽車購銷熱潮開始向中國市場轉移,中國汽車音響的市場潛力也非常大。2005年,中國汽車音響產品銷售總額大約在50億元左右,同比增長20%;


  4,中國汽車音響零售市場潛力很大,今年將有較快發展。國外汽車音響市場后裝比例達到70%以上,而中國只有10%左右,國外許多大型汽車音響生產商都非常重視后裝市場;


  5,中國汽車音響OEM市場集中度很高,其他品牌進入較難;目前深圳航盛、西門子VDO、飛利浦、江蘇天寶等幾大生產企業在國內汽車原廠配套市場的占有率達到四分之三以上。其中深圳航盛在國內前20位的車廠中市場覆蓋率達到100%。

  汽車音響企業開展網絡營銷的思考:


  1、同廣大企業一樣,企業形象展示、品牌宣傳、產品推廣是汽車音響企業開展網絡營銷的基礎要務;


  2、網絡營銷的最終目的仍然是營銷,結合中國汽車音響行業的現狀,找準企業自身的定位和起點,讓網絡營銷同企業整體營銷戰略保持一致;


  3、網絡廣告是眼球爭奪戰,搜索引擎營銷則是客戶爭奪戰;要害詞全局策劃對于汽車音響企業做好搜索引擎營銷非常要害;


  4、汽車音響企業的目標客戶群體主要由前裝市場客戶群與后裝市場客戶群組成----前裝市場客戶群是當前汽車音響市場的重頭,但個人認為這并不是網絡營銷的重點,因為前裝市場的開拓是一個龐大而又系統的工程,單靠網絡營銷是遠遠不夠的;后裝市場客戶群主要面對的是汽車裝潢服務企業和終端消費者,目前國內后裝市場發展空間很大,他們應當是汽車音響企業開展網絡營銷最主要的目標客戶群;


  5、對于依靠價格優勢主攻國外低端市場的汽車音響(喇叭)生產企業,網絡營銷將是海外推廣的有力武器;

  要害詞選擇與拓展方案:


  1、要害詞選擇:


  核心要害詞: 汽車音響


  一類要害詞: 品牌/系列名稱、功率放大器、揚聲器、音響主機、CAR AV等


  二類要害詞: 企業名稱、汽車影音、汽車喇叭、car mp3、car mp4、car dvd等


  2、要點說明:


  核心要害詞應普及到所有頁面,并根據頁面內容增加展現頻次;一類要害詞要重點覆蓋到產品分類列表、展示和其它產品相關頁面;二類要害詞主要用于汽車音響網站的延伸內容的覆蓋,例如汽車音響資訊、汽車音響圖文資料、汽車音響主題互動等欄目或內容;其中英文要害詞重點覆蓋到網站的英文版本或英文內容展示頁面;


  3、個人認為討論網頁新功能與目標要害詞之間的關系意義并不是很大,而且有一些唯要害詞主義了。汽車音響企業網站只要明確了自身要害詞的分類等級和應用范圍,并加以應用即可,在網絡營銷和網站運營的實際操作過程中,應當把主要精力放在與訪客的“對話”和“轉化”上面;

4、要害詞選擇的長尾效應,多數情況是一個自然的選擇,個人認為不必刻意而為之。對于一個汽車音響企業網站而言,專心將上面的核心要害詞、一類要害詞和二類要害詞用足用好,已經不輕易了。

  付費搜索廣告提案:


  1、投放對象上,Google adwords、雅虎競價、百度競價排名,一個都不能少,這三者加起來占據了將近90%的搜索引擎營銷市場份額;


  2、在要害詞的投放上面,事實上不是一件簡單的事情,有的時候甚至比搜索引擎優化(SEO)還有學問。很多企業做過競價,帶來過一些流量,但最終卻沒什么效果,便停止做競價了----當中有很多原因,其中有一條就是競價賬戶維護不到位。總的說來,前面所列舉的3類要害詞都應當投放,且還可以進一步的細分,例如“上海汽車音響”、“汽車 音響”等。對于不同類別的要害詞,通過系列和要害詞組的形式加以組合及評估,對投放的要害詞進行動態的取舍----這些都需要專業的競價服務人員來協助維護;


  3、近期有部分搜索廠商在推行“黃金賬戶”標準,其用意在于加大客戶競價賬戶的維護力度,以幫助競價客戶提高競價推廣的效果。黃金賬戶的標準是廠商結合服務商在長期服務過程中,通過大量的數據統計分析而得出來的,對于企業開展搜索競價有很大的指導意義;


  4、付費搜索廣告是當前網絡營銷市場的主流產品,作為一家希望在網絡營銷上面有所斬獲的汽車音響企業,選擇付費搜索產品將會是重要的一步。競價產品的特點在于持續不斷的競價客服,通過人工對上詞數量、系列與小組開設、展現時間/區域控制、著陸頁(Landing Page)選擇和優化、競價報告分析等進行維護工作,以達到最佳的競價廣告效果。筆者所在的上海火速公司是業界知名的網絡營銷服務商,也是Google、雅虎的授權代理商,并榮獲2006年度Google最佳代理商的稱號,擁有超過60人的行業客服專家團隊,是值得信賴的付費搜索廣告服務商。

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要害詞全局策劃的目的:


  1、建設更具效率的網站;


  2、搜索引擎優化方向明確;


  3、充分了解市場與競爭情況;


  4、有利于制定轉化目標和競價預算;

  汽車音響行業狀況:


  1,國產汽車音響產品的品牌市場占有率由2005年年初的10%左右迅速提高到現在的35%,目前國內汽車音響自主品牌已超過三成;


  2,整車企業利潤呈下降給汽車音響業帶來壓力和機遇。整個汽車行業的降價風暴席卷全國,汽車音響產業開始承受汽車整體供給鏈傳遞過來的壓力,同時也帶來了更多的機遇和挑戰;


  3,中國汽車音響市場走勢:增長速度快、市場潛力大。隨著全球汽車購銷熱潮開始向中國市場轉移,中國汽車音響的市場潛力也非常大。2005年,中國汽車音響產品銷售總額大約在50億元左右,同比增長20%;


  4,中國汽車音響零售市場潛力很大,今年將有較快發展。國外汽車音響市場后裝比例達到70%以上,而中國只有10%左右,國外許多大型汽車音響生產商都非常重視后裝市場;


  5,中國汽車音響OEM市場集中度很高,其他品牌進入較難;目前深圳航盛、西門子VDO、飛利浦、江蘇天寶等幾大生產企業在國內汽車原廠配套市場的占有率達到四分之三以上。其中深圳航盛在國內前20位的車廠中市場覆蓋率達到100%。

  汽車音響企業開展網絡營銷的思考:


  1、同廣大企業一樣,企業形象展示、品牌宣傳、產品推廣是汽車音響企業開展網絡營銷的基礎要務;


  2、網絡營銷的最終目的仍然是營銷,結合中國汽車音響行業的現狀,找準企業自身的定位和起點,讓網絡營銷同企業整體營銷戰略保持一致;


  3、網絡廣告是眼球爭奪戰,搜索引擎營銷則是客戶爭奪戰;要害詞全局策劃對于汽車音響企業做好搜索引擎營銷非常要害;


  4、汽車音響企業的目標客戶群體主要由前裝市場客戶群與后裝市場客戶群組成----前裝市場客戶群是當前汽車音響市場的重頭,但個人認為這并不是網絡營銷的重點,因為前裝市場的開拓是一個龐大而又系統的工程,單靠網絡營銷是遠遠不夠的;后裝市場客戶群主要面對的是汽車裝潢服務企業和終端消費者,目前國內后裝市場發展空間很大,他們應當是汽車音響企業開展網絡營銷最主要的目標客戶群;


  5、對于依靠價格優勢主攻國外低端市場的汽車音響(喇叭)生產企業,網絡營銷將是海外推廣的有力武器;

  要害詞選擇與拓展方案:


  1、要害詞選擇:


  核心要害詞: 汽車音響


  一類要害詞: 品牌/系列名稱、功率放大器、揚聲器、音響主機、CAR AV等


  二類要害詞: 企業名稱、汽車影音、汽車喇叭、car mp3、car mp4、car dvd等


  2、要點說明:


  核心要害詞應普及到所有頁面,并根據頁面內容增加展現頻次;一類要害詞要重點覆蓋到產品分類列表、展示和其它產品相關頁面;二類要害詞主要用于汽車音響網站的延伸內容的覆蓋,例如汽車音響資訊、汽車音響圖文資料、汽車音響主題互動等欄目或內容;其中英文要害詞重點覆蓋到網站的英文版本或英文內容展示頁面;


  3、個人認為討論網頁新功能與目標要害詞之間的關系意義并不是很大,而且有一些唯要害詞主義了。汽車音響企業網站只要明確了自身要害詞的分類等級和應用范圍,并加以應用即可,在網絡營銷和網站運營的實際操作過程中,應當把主要精力放在與訪客的“對話”和“轉化”上面;

4、要害詞選擇的長尾效應,多數情況是一個自然的選擇,個人認為不必刻意而為之。對于一個汽車音響企業網站而言,專心將上面的核心要害詞、一類要害詞和二類要害詞用足用好,已經不輕易了。

  付費搜索廣告提案:


  1、投放對象上,Google adwords、雅虎競價、百度競價排名,一個都不能少,這三者加起來占據了將近90%的搜索引擎營銷市場份額;


  2、在要害詞的投放上面,事實上不是一件簡單的事情,有的時候甚至比搜索引擎優化(SEO)還有學問。很多企業做過競價,帶來過一些流量,但最終卻沒什么效果,便停止做競價了----當中有很多原因,其中有一條就是競價賬戶維護不到位。總的說來,前面所列舉的3類要害詞都應當投放,且還可以進一步的細分,例如“上海汽車音響”、“汽車 音響”等。對于不同類別的要害詞,通過系列和要害詞組的形式加以組合及評估,對投放的要害詞進行動態的取舍----這些都需要專業的競價服務人員來協助維護;


  3、近期有部分搜索廠商在推行“黃金賬戶”標準,其用意在于加大客戶競價賬戶的維護力度,以幫助競價客戶提高競價推廣的效果。黃金賬戶的標準是廠商結合服務商在長期服務過程中,通過大量的數據統計分析而得出來的,對于企業開展搜索競價有很大的指導意義;


  4、付費搜索廣告是當前網絡營銷市場的主流產品,作為一家希望在網絡營銷上面有所斬獲的汽車音響企業,選擇付費搜索產品將會是重要的一步。競價產品的特點在于持續不斷的競價客服,通過人工對上詞數量、系列與小組開設、展現時間/區域控制、著陸頁(Landing Page)選擇和優化、競價報告分析等進行維護工作,以達到最佳的競價廣告效果。筆者所在的上海火速公司是業界知名的網絡營銷服務商,也是Google、雅虎的授權代理商,并榮獲2006年度Google最佳代理商的稱號,擁有超過60人的行業客服專家團隊,是值得信賴的付費搜索廣告服務商。

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IEIMobile® Launches Field Service Terminal with Advanced Data Acquisition Technology

IEI Technology Corp. (IEI), the global industrial computing innovator, announced the launch of the MODAT-335, a highly integrated terminal designed for the mobile field workforce. Field service operators often face problems such as untimely information updates and delayed access to organizational resources while on the road. This greatly impedes their ability to make on-site decisions and provide quality service to customers. Back-offices, on the other hand, often have problems keeping track of their field workforce and providing necessary support when issues arise. In order to stay ahead of the game and remain competitive in the market, solutions to streamline workflow and increase operation visibility are the answer.

A mobile field workforce equipped with a handheld terminal featuring wireless and data capture capabilities can access and transmit information to and from organizational databases instantly. This allows back-offices to keep track of the mobile workforce and allocate resources with increased efficiency. IEIMobile’s MODAT-335 is one such device designed specifically to meet these field service applications. Based on the Marvell® PXA 310 624MHz CPU and Windows® Mobile 6.5 OS, the MODAT-335 features a selection of wireless functions such as Wi-Fi, Bluetooth and WCDMA/HSDPA or GPRS together with a built-in GPS antenna. Wireless communications enable the workforce to stay connected to back-offices for efficient real-time information transmission. With seamless connectivity, the MODAT-335 is ideal for fleet and inventory tracking, job dispatches, remote update of work status and the creation of notifications and service orders.

In addition to a variety of wireless options, the MODAT-335 has a built-in 1D/2D barcode scanner and a 13.56MHz RFID reader for superior data capturing functions. In order to support the different frequency ranges that are increasingly popular in the market, a UHF (Ultra-High Frequency) RFID reader with a frequency range of 125 KHz to 2.45 GHz is available as an optional accessory. With these integrated data capture functions, information obtained during services can be transmitted in real-time to the database, therefore eliminating the risk of human handling errors.

The MODAT-335 is able to withstand tough outdoor conditions. With its IP54 rating and 1.5M drop survival it can function in moist environments, sustain accidental drops, and operate and be stored in a wide range of temperatures. Furthermore, an optional handle grip is available in the accessory list for improved reading angles and increased convenience. The MODAT-335 is a truly easy-to-use mobile terminal with advanced wireless and data acquisition technologies and ergonomic design for the field service workforce.


About IEI Technology Corp. 

IEI Technology Corp. is a leading industrial computer provider. IEI provides products for computer-based applications such as factory automation, computer telephony integration, networking, security, IT systems, communication base stations, medical devices and kiosks,Panel pC , Embedded pc . IEI serves industries such as national defense, police administration and transportation. IEI continues to promote its own brand of products in addition to serving ODM vertical markets with complete and professional service.

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Our client is seeking an experienced, ambitious embedded software engineer Embedded system to join their Embedded Systems group, to create, analyse and develop new technologies. The group solve complex problems using world-class electronics, software and systems engineering skills on a number of wide ranging projects which involve a combination of:

• Embedded software development on a variety of microcontroller and processors (Microchip PIC/dsPIC, TI MSP 430s and ARM cores
• Analogue design (transistor level, and device level designs) , high speed digital (microcontroller, DSP, FPGA etc), power electronics, ultra-low power design techniques
• Signal / image processing, feedback control including robotics, algorithm development and implementation
• Safety-critical, including medical, software design

Experience & Qualifications:

We expect candidates to have a 2.1 or above in software / electronics engineering or a similar degree from a top university and:

• Experience of embedded C programming in resource-constrained systems;
• Embedded C programming at the application and system hardware level with knowledge of interrupt handling and common hardware peripherals, including: I2C, SPI, PWM, UART, ADC / DAC, timers;
• Working knowledge of Microchip PIC/dsPIC and ARM core based microcontrollers.

Please note: even if you don't have exactly the background indicated, do contact us now if this type of job is of interest - we may well have similar opportunities that you would be suited to. And of course, we always get your permission before submitting your CV to a company.

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Scientists at the U.S. Defense Advanced Projects Agency (DARPA) in Arlington, Va., are looking to two technology companies to find ways to increase the power efficiency of high-performance embedded computing (HPEC) systems to from today's 1 billion floating point operations per second per Watt (GFLOPS/w), to 75 GFLOPS/w.
The DARPA Microsystems Technology Office (MTO) last week awarded a $6.3 million contract to SRI International in Princeton, N.J.; and an $8.7 million contract to Reservoir Labs Inc. in New York for the Power Efficiency Revolution For Embedded Computing Technologies (PERFECT) program, which seeks to overcome power efficiency barriers that limit the capabilities of military embedded systems.

Overall, the DARPA PERFECT program seeks to overcome limits on size, weight, and power (SWaP), and limited ability to dissipate waste heat, in embedded computing systems on military vehicles, ships, and aircraft. Additional PERFECT program contracts may be awarded.
Many intelligence, surveillance, and reconnaissance (ISR) systems today, for example, have sensors that collect far more information than can be processed onboard in real time, DARPA researchers say. This results in delayed processing of potentially valuable intelligence information, and sometimes discarding this kind of information altogether.
Related stories

-- High-performance embedded computing (HPEC) gaining market traction, but its definition remains elusive

-- Webcast: High performance embedded computing for rugged mobile applications

-- High-performance embedded computing (HPEC) builds momentum as GE establishes HPEC center of excellence.
Current embedded processing systems have power efficiencies of around 1 GFLOPS/w, but experts say they believe at least 50 GFLOPS/w are necessary today, with requirements of 75 GFLOPS/w anticipated in the near future.
In the past,  Embedded System could rely on increasing computing performance with each processor generation, following Moore’s Law. This this free ride in processing performance increases, however, is over, DARPA scientists point out. Today, increasing clock speeds results in unacceptably large power increases.
The PERFECT program seeks to provide a power efficiency of 75 GFLOPS/w in embedded computing systems by taking a revolutionary approach to processing power efficiency, including near-threshold voltage operation and massive heterogeneous processing concurrency, while tolerating the resulting increased rate of soft errors.
The PERFECT program also will capitalize on anticipated industry fabrication geometry advances to 7 nanometers by developing a simulation capability to measure and demonstrate progress, since the program will not build operational hardware. While the PERFECT program addresses embedded systems processing power efficiencies, it will not focus on exascale processing issues, DARPA researchers say.
The current PERFECT program contracts concern seven elements: architecture, concurrency, resilience, locality, algorithms, simulation, and test and verification.
The architecture element focuses on improving embedded processing system power efficiency. Concurrency involves the hardware and software to support high levels of concurrency, or millions of concurrent execution streams. Resilience focuses on soft errors. Locality concerns keeping run-time data communication to a minimum by storing operands close to the referencing processors, in terms of energy. Algorithms concerns high-level software such as power kernels of embedded applications that minimize energy consumption.
Simulation will measure and demonstrate progress, since no operational hardware will be built in this program. Test and verification, meanwhile, is not part of these contracts.
The PERFECT program is in three phases. The first phase, which runs through 2013, focuses on proof of concepts to justify continuing development. The second phase, which runs from 2014 to mid-2015, will develop the technology and techniques to achieve 75 times greater processing power efficiency. The third phase, which runs from mid-2015 through 2017, will develop each technology or technique and provide the path to implementation.
For more information contact SRI International online at www.sri.com, Reservoir Labs at www.reservoir.com, or the DARPA Microsystems Technology Office at www.darpa.mil/Our_Work/MTO.
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