�ݺ�ߣshows by User: Cotendo

�ݺ�ߣshows by User: Cotendo / http://www.slideshare.net/images/logo.gif �ݺ�ߣshows by User: Cotendo / Fri, 27 Jan 2012 07:07:36 GMT �ݺ�ߣShare feed for �ݺ�ߣshows by User: Cotendo [White Paper] Innovations in Mobile Content Delivery: Avoiding the Great Mobile Slowdown /slideshow/the-great-mobile-slowdown-11294463/11294463 thegreatmobileslowdown-120127070738-phpapp01
Learn about the technology limitations killing the performance of mobile websites and mobile apps, plus how innovations in mobile content delivery networks (CDNs) can transform users’ experience of the mobile Web. Understand why Round Trip Time (RTT) is the biggest factor hindering mobile performance for end users, and learn why it’s essential to take a three-prong approach to improving mobile content delivery: accelerating content at the network, content and logic levels. This concise industry brief about the mobile cloud will get you up to speed on key factors and best practices in optimizing mobile performance.]]>
Learn about the technology limitations killing the performance of mobile websites and mobile apps, plus how innovations in mobile content delivery networks (CDNs) can transform users’ experience of the mobile Web. Understand why Round Trip Time (RTT) is the biggest factor hindering mobile performance for end users, and learn why it’s essential to take a three-prong approach to improving mobile content delivery: accelerating content at the network, content and logic levels. This concise industry brief about the mobile cloud will get you up to speed on key factors and best practices in optimizing mobile performance.]]> Fri, 27 Jan 2012 07:07:36 GMT /slideshow/the-great-mobile-slowdown-11294463/11294463 Cotendo@slideshare.net(Cotendo) [White Paper] Innovations in Mobile Content Delivery: Avoiding the Great Mobile Slowdown Cotendo Learn about the technology limitations killing the performance of mobile websites and mobile apps, plus how innovations in mobile content delivery networks (CDNs) can transform users’ experience of the mobile Web. Understand why Round Trip Time (RTT) is the biggest factor hindering mobile performance for end users, and learn why it’s essential to take a three-prong approach to improving mobile content delivery: accelerating content at the network, content and logic levels. This concise industry brief about the mobile cloud will get you up to speed on key factors and best practices in optimizing mobile performance. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/thegreatmobileslowdown-120127070738-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" /><br> Learn about the technology limitations killing the performance of mobile websites and mobile apps, plus how innovations in mobile content delivery networks (CDNs) can transform users’ experience of the mobile Web. Understand why Round Trip Time (RTT) is the biggest factor hindering mobile performance for end users, and learn why it’s essential to take a three-prong approach to improving mobile content delivery: accelerating content at the network, content and logic levels. This concise industry brief about the mobile cloud will get you up to speed on key factors and best practices in optimizing mobile performance.

[White Paper] Innovations in Mobile Content Delivery: Avoiding the Great Mobile Slowdown from Cotendo

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0 Improving performance by changing the rules from fast to SPDY /slideshow/improving-performance-by-changing-the-rules-from-fast-to-spdy/9482558 improvingperformancebychangingtherules-fromfasttospdypresentation-110930020017-phpapp01
SPDY was proposed by Google back in November 2009 to reduce the latency and load time of web pages. It was provided as part of the Chromium open-source project and is enabled in Chrome by default. We at Cotendo took on the challenge, implemented the server side, and extended our proxies to support SPDY, providing SPDY to HTTP “translation”. Guess what? It really speeds things up. But like all new good things, there is still work to do. We will share insights from our implementation, optimization of SSL-based traffic and present performance data both from Google’s and our customers’ deployment. What’s next? We believe the introduction of SPDY as a new application layer presents a unique opportunity to rethink web design concepts and front-end-optimization (FEO) techniques. We will discuss some optimizations we developed and suggest some guidelines on how you can approach these new types of optimizations.]]>
SPDY was proposed by Google back in November 2009 to reduce the latency and load time of web pages. It was provided as part of the Chromium open-source project and is enabled in Chrome by default. We at Cotendo took on the challenge, implemented the server side, and extended our proxies to support SPDY, providing SPDY to HTTP “translation”. Guess what? It really speeds things up. But like all new good things, there is still work to do. We will share insights from our implementation, optimization of SSL-based traffic and present performance data both from Google’s and our customers’ deployment. What’s next? We believe the introduction of SPDY as a new application layer presents a unique opportunity to rethink web design concepts and front-end-optimization (FEO) techniques. We will discuss some optimizations we developed and suggest some guidelines on how you can approach these new types of optimizations.]]> Fri, 30 Sep 2011 02:00:15 GMT /slideshow/improving-performance-by-changing-the-rules-from-fast-to-spdy/9482558 Cotendo@slideshare.net(Cotendo) Improving performance by changing the rules from fast to SPDY Cotendo SPDY was proposed by Google back in November 2009 to reduce the latency and load time of web pages. It was provided as part of the Chromium open-source project and is enabled in Chrome by default. We at Cotendo took on the challenge, implemented the server side, and extended our proxies to support SPDY, providing SPDY to HTTP “translation”. Guess what? It really speeds things up. But like all new good things, there is still work to do. We will share insights from our implementation, optimization of SSL-based traffic and present performance data both from Google’s and our customers’ deployment. What’s next? We believe the introduction of SPDY as a new application layer presents a unique opportunity to rethink web design concepts and front-end-optimization (FEO) techniques. We will discuss some optimizations we developed and suggest some guidelines on how you can approach these new types of optimizations. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/improvingperformancebychangingtherules-fromfasttospdypresentation-110930020017-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" /><br> SPDY was proposed by Google back in November 2009 to reduce the latency and load time of web pages. It was provided as part of the Chromium open-source project and is enabled in Chrome by default. We at Cotendo took on the challenge, implemented the server side, and extended our proxies to support SPDY, providing SPDY to HTTP “translation”. Guess what? It really speeds things up. But like all new good things, there is still work to do. We will share insights from our implementation, optimization of SSL-based traffic and present performance data both from Google’s and our customers’ deployment. What’s next? We believe the introduction of SPDY as a new application layer presents a unique opportunity to rethink web design concepts and front-end-optimization (FEO) techniques. We will discuss some optimizations we developed and suggest some guidelines on how you can approach these new types of optimizations.

Improving performance by changing the rules from fast to SPDY from Cotendo

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0 https://public.slidesharecdn.com/v2/images/profile-picture.png Cotendo( www.cotendo.com )is a Sequoia/Benchmark-backed CDN & Site Acceleration Provider, offering Global high performance, cost-effective, service of Content Delivery Services. Cotendo simplifies whole-site delivery, by offering an integrated platform that serves both cacheable static content, and non-cacheable dynamic content and does not require any modification within the content provider’s source code. Specialties: Content Delivery Network, Application Delivery Network, CDN, Dynamic Site Acceleration, DSA, whole site acceleration, website acceleration, website performance, web application acceleration, DNS, CDN, SSL, Load Balancing, Performance Monitoring www.cotendo.com https://cdn.slidesharecdn.com/ss_thumbnails/thegreatmobileslowdown-120127070738-phpapp01-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/the-great-mobile-slowdown-11294463/11294463 [White Paper] Innovati... https://cdn.slidesharecdn.com/ss_thumbnails/improvingperformancebychangingtherules-fromfasttospdypresentation-110930020017-phpapp01-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/improving-performance-by-changing-the-rules-from-fast-to-spdy/9482558 Improving performance ...