We’re delighted to announce the launch of the eSnips Micro-Portals.
Close to a million people now share content on eSnips. eSnippers share content about almost any topic you can think of from photography to UFOs. Now with the launch of the Micro Portals every such community can have it’s own social portal, or home on eSnips.
So what are Micro-Portals? Micro-Portals provide people who share the same interest with a centralized and dynamic view into all the activity taking place in eSnips around their specific area of interest. Ultimately we want every community on eSnips, even the most esoteric one to have a ‘home’.
Here's how it looks:
How is a Micro Portal formed? A Micro Portal can be formed around any group of people who use the same tags to describe the content they publish; for example a DJs Micro Portal was formed around people who tag their content with djs, remix and mix. The Micro Portal gets a memorable URL (it’s now http://www.esnips.com/community/remix, and will soon change to http://remix.esnips.com)/ Everything that is going on in eSnips around these tags is surfaced to the Micro Portal: the most recently added mixes, most popular mixes, most ‘favoritted’ mixes, people and/ or folders, recently joined members and so on. We will soon add a forum to discuss community affairs.
We’ve started with four micro portals and will soon launch many more. This is still very much in it’s initial mode and your comments are very important at this very early stage. Here are the links to the first four Micro Poratls (as I wrote in the DJ example we will change the URLs to be even friendlier soon.
Karaoke http://www.esnips.com/community/karaoke,
Remix http://www.esnips.com/community/remix,
Photography http://www.esnips.com/community/photography
Painting http://www.esnips.com/community/painting
In the future we plan on opening it up for anyone to create a Micro-portal for their community without our interference. If there’s a particular community you’de like to see us creating a Micro-Portal for please email me.
What’s the vision behind it? (This is my quote as it appears in the announcement):
“We are thrilled to be the first player to extent the social web revolution to communities that are too small to ever be noticed by major commercial community builders,” said Yael Elish, CEO of eSnips. “In the future, eSnips will enable its end-users to create new Micro-Portals on the fly. This will further strengthen our vision to empower even smallest groups on the web -- groups of people around the world who share interests in areas most of us were not even aware existed.”
相关推荐
现在提供下载的打印驱动适合惠普的 Photosmart 385 照片打印机,版本是三星ARM2410 的WindowsCE4.2,您可以在此http://www.esnips.com/web/windowsce/ 下载。(如果下载下来后文件名不对,请直接改成CEPRINT.RAR 后...
此外,鼓励将这些资源分享给同行,并上传到如Rapidshare、ESnips、SlideShare和Megaupload等文件分享网站,以便更广泛地传播知识。 通过熟练掌握ABAP-OLE开发,SAP开发者能够实现与非SAP系统的集成,提高自动化程度...
You can get firmwares from seusers.com or topsony.com or 4shared or esnips. We now proceed to How To Flash The phone. Flashing The Phone firmwares. Start A2uplader.exe Click ADD button. Select the...
嵌入式八股文面试题库资料知识宝典-华为的面试试题.zip
训练导控系统设计.pdf
嵌入式八股文面试题库资料知识宝典-网络编程.zip
人脸转正GAN模型的高效压缩.pdf
少儿编程scratch项目源代码文件案例素材-几何冲刺 转瞬即逝.zip
少儿编程scratch项目源代码文件案例素材-鸡蛋.zip
嵌入式系统_USB设备枚举与HID通信_CH559单片机USB主机键盘鼠标复合设备控制_基于CH559单片机的USB主机模式设备枚举与键盘鼠标数据收发系统支持复合设备识别与HID
嵌入式八股文面试题库资料知识宝典-linux常见面试题.zip
面向智慧工地的压力机在线数据的预警应用开发.pdf
基于Unity3D的鱼类运动行为可视化研究.pdf
少儿编程scratch项目源代码文件案例素材-霍格沃茨魔法学校.zip
少儿编程scratch项目源代码文件案例素材-金币冲刺.zip
内容概要:本文深入探讨了HarmonyOS编译构建子系统的作用及其技术细节。作为鸿蒙操作系统背后的关键技术之一,编译构建子系统通过GN和Ninja工具实现了高效的源代码到机器代码的转换,确保了系统的稳定性和性能优化。该系统不仅支持多系统版本构建、芯片厂商定制,还具备强大的调试与维护能力。其高效编译速度、灵活性和可扩展性使其在华为设备和其他智能终端中发挥了重要作用。文章还比较了HarmonyOS编译构建子系统与安卓和iOS编译系统的异同,并展望了其未来的发展趋势和技术演进方向。; 适合人群:对操作系统底层技术感兴趣的开发者、工程师和技术爱好者。; 使用场景及目标:①了解HarmonyOS编译构建子系统的基本概念和工作原理;②掌握其在不同设备上的应用和优化策略;③对比HarmonyOS与安卓、iOS编译系统的差异;④探索其未来发展方向和技术演进路径。; 其他说明:本文详细介绍了HarmonyOS编译构建子系统的架构设计、核心功能和实际应用案例,强调了其在万物互联时代的重要性和潜力。阅读时建议重点关注编译构建子系统的独特优势及其对鸿蒙生态系统的深远影响。
嵌入式八股文面试题库资料知识宝典-奇虎360 2015校园招聘C++研发工程师笔试题.zip
嵌入式八股文面试题库资料知识宝典-腾讯2014校园招聘C语言笔试题(附答案).zip
双种群变异策略改进RWCE算法优化换热网络.pdf
内容概要:本文详细介绍了基于瞬时无功功率理论的三电平有源电力滤波器(APF)仿真研究。主要内容涵盖并联型APF的工作原理、三相三电平NPC结构、谐波检测方法(ipiq)、双闭环控制策略(电压外环+电流内环PI控制)以及SVPWM矢量调制技术。仿真结果显示,在APF投入前后,电网电流THD从21.9%降至3.77%,显著提高了电能质量。 适用人群:从事电力系统研究、电力电子技术开发的专业人士,尤其是对有源电力滤波器及其仿真感兴趣的工程师和技术人员。 使用场景及目标:适用于需要解决电力系统中谐波污染和无功补偿问题的研究项目。目标是通过仿真验证APF的有效性和可行性,优化电力系统的电能质量。 其他说明:文中提到的仿真模型涉及多个关键模块,如三相交流电压模块、非线性负载、信号采集模块、LC滤波器模块等,这些模块的设计和协同工作对于实现良好的谐波抑制和无功补偿至关重要。