馮俊秋

馮俊秋，男，中國籍，漢族，廣東人。可伸縮流媒體雲計算（ESC: Elastic Stream Cloud）理論創立者和實踐者。

基本介紹

• 中文名：馮俊秋
• 國籍：中國
• 民族：漢族
• 出生地：廣東
• 主要成就：創立雲視頻和線上文檔服務
• 性別：男

簡介

2006年從英國回國創立雲視頻和線上文檔服務teamshow。

2009年創立中幼網科技有限公司，2012年被投資基金以8倍市盈率收購。

2011年4月12日成立sewise。

2012年sewise與Foxconn、Power All Networks合資成立了Inter-cloud Vision雲聯視訊；

2013年sewise與設計生產全球最專業運動攝像機廠商Foxda合資成立了全球第一家運動雲視頻服務公司Foream。

2013年與中國網際網路方面著名風險投資人張春暉成立MAM Technologies LTD，提供搜尋到流媒體關鍵幀的媒資平台服務。

職位

• 深圳市矽偉智科技有限公司（sewise）總經理
• AutoTiming聯合技術總監
• 深圳市發改委專家
• 深圳市科技工貿和信息化委員會專家委專家

教育經歷

本科畢業於深圳大學，後赴英國利物浦大學深造，獲得電力及電子工程系哲學博士學位，主修人工智慧、智慧型多代理、計算機知識表達。

讀博期間，他開發了基於溫度模型的變壓器智慧型狀態監測系統、多代理系統和知識表達系統並在國際學術期刊和國際會議上發表學術論文近20篇，後擔任利物浦大學電力及電子工程系美國國家儀器NI·e-automation實驗室資深博士後研究員，負責分散式職能多代理系統（Multi-Agent System），知識表達及本體論（Ontology）系統的理論研究和系統開發工作。

2000年馮博士開始涉足網際網路行業，立足通過分散式格線計算理念和技術改造中國的網際網路服務，至今在自動化系統、計算機軟體及網際網路行業擁有逾十年經驗。

個人成就

專利

• 基於溫度模型的變壓器智慧型狀態監測系統、多代理系統和知識表達系統
• 基於網際網路的流式媒體伺服器系統
• 網路電視播放方法及系統
• 音視頻流媒體RTMP推送裝置
• 基於USBKEY的隨身無線網路終端運行方法
• 內容推送方法、網際網路電視播放方法及對應裝置、系統
• 攜帶型無線網路終端
• 攜帶型無線網路高清攝錄設備
• 線上協同幻燈片展示服務系統
• 音視頻流媒體RTMP推送裝置和音視頻流媒體RTMP推送方法

論文

• Academic Journal Papers:
  [1] J.Q. Feng, “Elastic Stream Cloud (ESC): A Stream-oriented Cloud Computing Implementation for Rich Internet Application”, The First International Workshop on Cloud Computing Interoperability and Services, 2010
  [2] J. Q. Feng and Q. H. Wu, “Internet Based Control: a Multi-agent System for Relaying Coordinated Control of Power Substations”, Journal of Measurement and Control, to appear in December 2005.
  [3] J. Q. Feng, W. H. Tang, P. Sun, D. P. Buse, Q. H. Wu, Z. J. Richardson, J. Fitch, and C. Johnstone, “All eyes on transformers”, IEE Power Engineer, pages 32-35, 2004.
  [4] W. H. Tang, P. Sun, J. Q. Feng, Q. H. Wu, and Z. J. Richardson, “An on-line implementation of a network based transformer temperature monitoring system”, submitted to IEEE Industry Applications Magazine, 2004.
  [5] J. Q. Feng, Q. H. Wu, and J. Fitch, “e-Automation, an Architecture for Distributed Industrial Automation systems”, International Journal of Automation and Computing, 1(17-25), 2004.
  [6] J. Q. Feng and H. Li, “Neural Networks based Prediction for Shenzhen Stock Market”, Journal of Shenzhen University, Science and Engineering, Vol.1.15, No.2-3, 1998.
  Refereed Conference Papers:
  [7] Z. Yang, C. Ma, J. Q. Feng, Q. H. Wu, J. Fitch, “A Multi-Agent Framework For Power System Automation”, Accepted, Artificial Intelligence in Energy Systems and Power, Island of Madeira, Portugal, February 7-10, 2006
  [8] C. Ma, J. Q. Feng, Z. Yang, and Q. H. Wu, “An Agent-Based Personal Article Citation Assistant”, Accepted, IEEE/WIC/ACM International Conference on Intelligent Agent Technology, 2005.
  [9] Q. H. Wu, J. Q. Feng, W. H. Tang, S. Mann, and J. Fitch, “Multi-agent based automation platform for distributed industrial systems”, IEE Workshop on Agent Applications, Accepted, U.K., 10th May 2005.
  [10] Q. H. Wu, J. Q. Feng, W. H. Tang, S. Mann, and J. Fitch, “Multi-agent Based Substation Automation Systems to the Submission Site”, IEEE PES 2005 General Meeting, Accepted, June 12-16 2005 , San Francisco, California.
  [11] J. Q. Feng, J. S. Smith, Q. H. Wu and J. Fitch, “Condition Assessment of Power System Apparatuses Using Ontology Systems”, Proc. of IEEE/PES Transmission and Distribution Conference & Exhibition: Asia and Pacific 2005, Vol. 350, No. 1-6, Dalian, China, 14-18 August, 2005
  [12] J. Q. Feng, C. Ma, W. H. Tang and Q. H. Wu, “A Transformer Predictive Maintenance System Based On Agent-Oriented Programming”, Proc. of IEEE/PES Transmission and Distribution Conference & Exhibition: Asia and Pacific 2005, Vol. 407, No. 1-6, Dalian, China, 14-18 August, 2005
  [13] J. Q. Feng, Q. H. Wu, and J. Fitch, “An Ontology for Knowledge Representation in Power Systems”, Proc. UKACC Control 2004, University of Bath, UK, 35(1-5), 2004.
  [14] L. Han, J. Q. Feng, and Q. H. Wu, “Multi-agent based Document Management System for Substation Automation”, Proc. of the 10th Chinese Automation and Computing Society Conference 2004, Liverpool, UK, 2004, pages 143-149, 17-18 September 2004.
  [15] L. Z. Wang, J. Q. Feng, and Q. H. Wu, “An e-SCADA infrastructure for substation automation”, Proc. of the 10th Chinese Automation and Computing Society Conference 2004, Liverpool, UK, 2004, pages 259-265, 17-18 September 2004.
  [16] D. P. Buse, J. Q. Feng, and Q. H. Wu, “Mobile agents for data analysis in industrial automation systems”, Proc. of the 2003 IEEE/WIC Int. Conference on Intelligent Agent Technology, Halifax, Canada, pages 60-66, 2003.
  [17] J. Q. Feng, D. P. Buse, and Q. H. Wu, “A Multi-Agent Based Intelligent Monitoring System for Power Transformers in Distributed Substations”, IEEE-PES/CSEE international conference on power system technology, pages 1962-1965, 2002.
  [18] J. Q. Feng, P. Sun, W. H. Tang, D. P. Buse, Q. H. Wu, and Z. Richardson, “Implementation of a Power Transformer Temperature Monitoring System”, IEEE-PES/CSEE international conference on power system technology, pages 1980-1983, 2002.
  [19] J. Q. Feng, D. P. Buse, Q. H. Wu, and J. Fitch, “Distributed Mobile Communication Base Station Diagnosis and Monitoring Using Multi-agents”, IDEAL2002, Manchester, UK, Lecture Notes in Computer Science (LNCS 2412), pages 267-272, Springer Press, 2002.
  [20] Y. Q. Zhang, J. Q. Feng, and H. Li. “, Proc. of Intelligent Data Engineering and Learning, pages 179-185, Springer Press, 1998.