�ݺ�ߣshows by User: pmoskovi

�ݺ�ߣshows by User: pmoskovi / http://www.slideshare.net/images/logo.gif �ݺ�ߣshows by User: pmoskovi / Tue, 16 Sep 2014 18:10:40 GMT �ݺ�ߣShare feed for �ݺ�ߣshows by User: pmoskovi Connecting Physical Devices to the Web - Event Driven Architecture using WebSocket for the Internet of Things /slideshow/connecting-physical-devices-to-the-web-event-driven-architecture-using-websocket-for-the-internet-of-things/39169096 kaazingjavazone2014-140916181040-phpapp02
Before the Web, clients connected to back-end servers without compromises. As the Web came along with HTTP, we had to give up some of the power of our connectivity. With the evolving open Web communications standards, now we have a unique opportunity to move on from a request-response based REST world to a true, event-driven architecture. Learn what it takes to connect physical devices, such as Arduino and the Rasberry Pi to collect sensor data, or control physical devices over the Web. Commercial aviation's biggest challenge when things go wrong is that flight data is stuck on the plane inside the black box. Until the black box is recovered, we barely know anything about what went wrong. This presentation offers detailed insights into how IoT and modern Web communications concepts have the power to change all this. If you're a maker, you will learn about "flight sensors" attached and controlled by Arduino, data transmitted over long range WiFi as well as satellite networks. If interested in real-time Web communications, you'll learn about a highly secure WebSocket implementation with extreme scale, publishing flight data to tablets and laptops used as monitoring dashboard. If protocol layering, enterprise messaging, or JMS is your thing, this talk is for you. Code samples and plenty of interactive live demos (with Things) add color to the talk.]]>
Before the Web, clients connected to back-end servers without compromises. As the Web came along with HTTP, we had to give up some of the power of our connectivity. With the evolving open Web communications standards, now we have a unique opportunity to move on from a request-response based REST world to a true, event-driven architecture. Learn what it takes to connect physical devices, such as Arduino and the Rasberry Pi to collect sensor data, or control physical devices over the Web. Commercial aviation's biggest challenge when things go wrong is that flight data is stuck on the plane inside the black box. Until the black box is recovered, we barely know anything about what went wrong. This presentation offers detailed insights into how IoT and modern Web communications concepts have the power to change all this. If you're a maker, you will learn about "flight sensors" attached and controlled by Arduino, data transmitted over long range WiFi as well as satellite networks. If interested in real-time Web communications, you'll learn about a highly secure WebSocket implementation with extreme scale, publishing flight data to tablets and laptops used as monitoring dashboard. If protocol layering, enterprise messaging, or JMS is your thing, this talk is for you. Code samples and plenty of interactive live demos (with Things) add color to the talk.]]> Tue, 16 Sep 2014 18:10:40 GMT /slideshow/connecting-physical-devices-to-the-web-event-driven-architecture-using-websocket-for-the-internet-of-things/39169096 pmoskovi@slideshare.net(pmoskovi) Connecting Physical Devices to the Web - Event Driven Architecture using WebSocket for the Internet of Things pmoskovi Before the Web, clients connected to back-end servers without compromises. As the Web came along with HTTP, we had to give up some of the power of our connectivity. With the evolving open Web communications standards, now we have a unique opportunity to move on from a request-response based REST world to a true, event-driven architecture. Learn what it takes to connect physical devices, such as Arduino and the Rasberry Pi to collect sensor data, or control physical devices over the Web. Commercial aviation's biggest challenge when things go wrong is that flight data is stuck on the plane inside the black box. Until the black box is recovered, we barely know anything about what went wrong. This presentation offers detailed insights into how IoT and modern Web communications concepts have the power to change all this. If you're a maker, you will learn about "flight sensors" attached and controlled by Arduino, data transmitted over long range WiFi as well as satellite networks. If interested in real-time Web communications, you'll learn about a highly secure WebSocket implementation with extreme scale, publishing flight data to tablets and laptops used as monitoring dashboard. If protocol layering, enterprise messaging, or JMS is your thing, this talk is for you. Code samples and plenty of interactive live demos (with Things) add color to the talk. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/kaazingjavazone2014-140916181040-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds" /> Before the Web, clients connected to back-end servers without compromises. As the Web came along with HTTP, we had to give up some of the power of our connectivity. With the evolving open Web communications standards, now we have a unique opportunity to move on from a request-response based REST world to a true, event-driven architecture. Learn what it takes to connect physical devices, such as Arduino and the Rasberry Pi to collect sensor data, or control physical devices over the Web. Commercial aviation's biggest challenge when things go wrong is that flight data is stuck on the plane inside the black box. Until the black box is recovered, we barely know anything about what went wrong. This presentation offers detailed insights into how IoT and modern Web communications concepts have the power to change all this. If you're a maker, you will learn about "flight sensors" attached and controlled by Arduino, data transmitted over long range WiFi as well as satellite networks. If interested in real-time Web communications, you'll learn about a highly secure WebSocket implementation with extreme scale, publishing flight data to tablets and laptops used as monitoring dashboard. If protocol layering, enterprise messaging, or JMS is your thing, this talk is for you. Code samples and plenty of interactive live demos (with Things) add color to the talk.

Connecting Physical Devices to the Web - Event Driven Architecture using WebSocket for the Internet of Things from Peter Moskovits

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0 HTML5 WebSocket for the Real-Time Web�and the Internet of Things /slideshow/html5-websocket-for-the-realtime-weband-the-internet-of-things/38194207 kaazingsfbayacm-140820184306-phpapp02
Abstract: In his talk Peter gives a brief introduction to WebSocket and discusses how real-time Web communications technologies can be applied to an always connected Web and mobile world. Then, he walks you through how to provide interactivity and collaboration by controlling physical objects remotely. The presentation features several live demonstrations of the concepts discussed throughout the session.]]>
Abstract: In his talk Peter gives a brief introduction to WebSocket and discusses how real-time Web communications technologies can be applied to an always connected Web and mobile world. Then, he walks you through how to provide interactivity and collaboration by controlling physical objects remotely. The presentation features several live demonstrations of the concepts discussed throughout the session.]]> Wed, 20 Aug 2014 18:43:06 GMT /slideshow/html5-websocket-for-the-realtime-weband-the-internet-of-things/38194207 pmoskovi@slideshare.net(pmoskovi) HTML5 WebSocket for the Real-Time Web�and the Internet of Things pmoskovi Abstract: In his talk Peter gives a brief introduction to WebSocket and discusses how real-time Web communications technologies can be applied to an always connected Web and mobile world. Then, he walks you through how to provide interactivity and collaboration by controlling physical objects remotely. The presentation features several live demonstrations of the concepts discussed throughout the session. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/kaazingsfbayacm-140820184306-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds" /> Abstract: In his talk Peter gives a brief introduction to WebSocket and discusses how real-time Web communications technologies can be applied to an always connected Web and mobile world. Then, he walks you through how to provide interactivity and collaboration by controlling physical objects remotely. The presentation features several live demonstrations of the concepts discussed throughout the session.

HTML5 WebSocket for the Real-Time Web and the Internet of Things from Peter Moskovits

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0 Liberating the Black Box - Real-Time Communications for the Internet of Things /slideshow/liberating-the-black-box-realtime-communications-for-the-internet-of-things/35777870 kaazingdevoxxuk2014-140612004155-phpapp01
Commercial aviation’s biggest challenge when things go wrong is that flight data is stuck on the plane inside the black box. Until the black box is recovered, we barely know anything about what went wrong. This presentation offers detailed insights how IoT and modern Web communications concepts have the power to change all this. I you’re a maker, you will learn about flight sensors attached and controlled by Arduino, data transmitted over long range WiFi as well as satellite networks. If interested in real-time Web communications, you’ll learn about a highly secure and scalable WebSocket implementation with extreme scale, publishing flight data to tablets and laptops used as monitoring dashboard. Regardless of your background, you’ll have fun. Guaranteed!]]>
Commercial aviation’s biggest challenge when things go wrong is that flight data is stuck on the plane inside the black box. Until the black box is recovered, we barely know anything about what went wrong. This presentation offers detailed insights how IoT and modern Web communications concepts have the power to change all this. I you’re a maker, you will learn about flight sensors attached and controlled by Arduino, data transmitted over long range WiFi as well as satellite networks. If interested in real-time Web communications, you’ll learn about a highly secure and scalable WebSocket implementation with extreme scale, publishing flight data to tablets and laptops used as monitoring dashboard. Regardless of your background, you’ll have fun. Guaranteed!]]> Thu, 12 Jun 2014 00:41:55 GMT /slideshow/liberating-the-black-box-realtime-communications-for-the-internet-of-things/35777870 pmoskovi@slideshare.net(pmoskovi) Liberating the Black Box - Real-Time Communications for the Internet of Things pmoskovi Commercial aviation’s biggest challenge when things go wrong is that flight data is stuck on the plane inside the black box. Until the black box is recovered, we barely know anything about what went wrong. This presentation offers detailed insights how IoT and modern Web communications concepts have the power to change all this. I you’re a maker, you will learn about flight sensors attached and controlled by Arduino, data transmitted over long range WiFi as well as satellite networks. If interested in real-time Web communications, you’ll learn about a highly secure and scalable WebSocket implementation with extreme scale, publishing flight data to tablets and laptops used as monitoring dashboard. Regardless of your background, you’ll have fun. Guaranteed! <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/kaazingdevoxxuk2014-140612004155-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" /> Commercial aviation’s biggest challenge when things go wrong is that flight data is stuck on the plane inside the black box. Until the black box is recovered, we barely know anything about what went wrong. This presentation offers detailed insights how IoT and modern Web communications concepts have the power to change all this. I you’re a maker, you will learn about flight sensors attached and controlled by Arduino, data transmitted over long range WiFi as well as satellite networks. If interested in real-time Web communications, you’ll learn about a highly secure and scalable WebSocket implementation with extreme scale, publishing flight data to tablets and laptops used as monitoring dashboard. Regardless of your background, you’ll have fun. Guaranteed!

Liberating the Black Box - Real-Time Communications for the Internet of Things from Peter Moskovits

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0 Controlling Physical Devices on the Real-Time Web: Enterprise-Grade WebSocket for the Internet of Things /slideshow/controlling-physical-devices-on-the-realtime-web-enterprisegrade-websocket-for-the-internet-of-things/34956852 kaazingchicagogoto2014-140521100811-phpapp02
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Controlling Physical Devices on the Real-Time Web: Enterprise-Grade WebSocket for the Internet of Things from Peter Moskovits

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0 WebGL and Real-Time Web Communication /slideshow/webgl-and-realtime-web/31934978 kaazingqconlondon2014-140305051713-phpapp02
Kaazing and Goo presentation at QCon London in March 2014.]]>
Kaazing and Goo presentation at QCon London in March 2014.]]> Wed, 05 Mar 2014 05:17:13 GMT /slideshow/webgl-and-realtime-web/31934978 pmoskovi@slideshare.net(pmoskovi) WebGL and Real-Time Web Communication pmoskovi Kaazing and Goo presentation at QCon London in March 2014. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/kaazingqconlondon2014-140305051713-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds" /> Kaazing and Goo presentation at QCon London in March 2014.

WebGL and Real-Time Web Communication from Peter Moskovits

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0 Building Real-Time Enterprise Applications for the Internet of Things /slideshow/building-realtime-enterprise-applications-for-the-internet-of-things/27753793 webinariot2013oct-131030164807-phpapp01
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]]> Wed, 30 Oct 2013 16:48:07 GMT /slideshow/building-realtime-enterprise-applications-for-the-internet-of-things/27753793 pmoskovi@slideshare.net(pmoskovi) Building Real-Time Enterprise Applications for the Internet of Things pmoskovi <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/webinariot2013oct-131030164807-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" />

Building Real-Time Enterprise Applications for the Internet of Things from Peter Moskovits

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0 JMS, WebSocket, and the Internet of Things - Controlling Physical Devices on the Real Time Web /slideshow/java-one2013-26590426/26590426 javaone2013-130926135528-phpapp01
JMS is widely used behind enterprise firewalls to build loosely coupled distributed systems. This session discusses how JMS can be extended and applied to an always connected Web and mobile environment to provide interactivity and collaboration by controlling physical objects, such as model cars, remotely. You’ll learn how you can connect an HTML5 client running on the Web browser of a smartphone and Java running on a Raspberry Pi, a credit-card-size computer, in real time, using open industry-standard Web technologies. The presentation features several live demonstrations of the concepts discussed throughout the session. Presentation given by David Witherspoon and Prashant Khanal on Sep 25, 2013 at JavaOne in San Francisco.]]>
JMS is widely used behind enterprise firewalls to build loosely coupled distributed systems. This session discusses how JMS can be extended and applied to an always connected Web and mobile environment to provide interactivity and collaboration by controlling physical objects, such as model cars, remotely. You’ll learn how you can connect an HTML5 client running on the Web browser of a smartphone and Java running on a Raspberry Pi, a credit-card-size computer, in real time, using open industry-standard Web technologies. The presentation features several live demonstrations of the concepts discussed throughout the session. Presentation given by David Witherspoon and Prashant Khanal on Sep 25, 2013 at JavaOne in San Francisco.]]> Thu, 26 Sep 2013 13:55:27 GMT /slideshow/java-one2013-26590426/26590426 pmoskovi@slideshare.net(pmoskovi) JMS, WebSocket, and the Internet of Things - Controlling Physical Devices on the Real Time Web pmoskovi JMS is widely used behind enterprise firewalls to build loosely coupled distributed systems. This session discusses how JMS can be extended and applied to an always connected Web and mobile environment to provide interactivity and collaboration by controlling physical objects, such as model cars, remotely. You’ll learn how you can connect an HTML5 client running on the Web browser of a smartphone and Java running on a Raspberry Pi, a credit-card-size computer, in real time, using open industry-standard Web technologies. The presentation features several live demonstrations of the concepts discussed throughout the session. Presentation given by David Witherspoon and Prashant Khanal on Sep 25, 2013 at JavaOne in San Francisco. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/javaone2013-130926135528-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" /> JMS is widely used behind enterprise firewalls to build loosely coupled distributed systems. This session discusses how JMS can be extended and applied to an always connected Web and mobile environment to provide interactivity and collaboration by controlling physical objects, such as model cars, remotely. You’ll learn how you can connect an HTML5 client running on the Web browser of a smartphone and Java running on a Raspberry Pi, a credit-card-size computer, in real time, using open industry-standard Web technologies. The presentation features several live demonstrations of the concepts discussed throughout the session. Presentation given by David Witherspoon and Prashant Khanal on Sep 25, 2013 at JavaOne in San Francisco.

JMS, WebSocket, and the Internet of Things - Controlling Physical Devices on the Real Time Web from Peter Moskovits

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0 Goo technologies pres sfhtml5_v1_130529 /slideshow/goo-technologies-pres-sfhtml5v1130529/22254402 gootechnologiespressfhtml5v1130529-130531121037-phpapp01
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]]> Fri, 31 May 2013 12:10:37 GMT /slideshow/goo-technologies-pres-sfhtml5v1130529/22254402 pmoskovi@slideshare.net(pmoskovi) Goo technologies pres sfhtml5_v1_130529 pmoskovi <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/gootechnologiespressfhtml5v1130529-130531121037-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" />

Goo technologies pres sfhtml5_v1_130529 from Peter Moskovits

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0 Building Living Web Applications with HTML5 WebSockets /slideshow/building-living-web-applications-with-html5-websockets/13034608 html5devconf-120522161719-phpapp02
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]]> Tue, 22 May 2012 16:17:18 GMT /slideshow/building-living-web-applications-with-html5-websockets/13034608 pmoskovi@slideshare.net(pmoskovi) Building Living Web Applications with HTML5 WebSockets pmoskovi <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/html5devconf-120522161719-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds" />

Building Living Web Applications with HTML5 WebSockets from Peter Moskovits

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0 Real Life WebSocket Case Studies and Demos /pmoskovi/real-life-websocket-case-studies-and-demos reallifewebsocketcasestudiesanddemos-120404185803-phpapp02
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]]> Wed, 04 Apr 2012 18:58:02 GMT /pmoskovi/real-life-websocket-case-studies-and-demos pmoskovi@slideshare.net(pmoskovi) Real Life WebSocket Case Studies and Demos pmoskovi <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/reallifewebsocketcasestudiesanddemos-120404185803-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds" />

Real Life WebSocket Case Studies and Demos from Peter Moskovits

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0 Ore dev2011 kaazing_websockets /slideshow/ore-dev2011-kaazingwebsockets/10080000 oredev2011kaazingwebsockets-111108194346-phpapp01
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]]> Tue, 08 Nov 2011 19:43:44 GMT /slideshow/ore-dev2011-kaazingwebsockets/10080000 pmoskovi@slideshare.net(pmoskovi) Ore dev2011 kaazing_websockets pmoskovi <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/oredev2011kaazingwebsockets-111108194346-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds" />

Ore dev2011 kaazing_websockets from Peter Moskovits

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0 Extending JMS to Web Devices over HTML5 WebSockets - JavaOne 2011 /slideshow/java-one2011-extendingjmstowebdevicesoverhtml5websockets/9579797 javaone2011extendingjmstowebdevicesoverhtml5websockets-111006132632-phpapp02
HTML5 WebSockets offers secure, high-performance, bidirectional network communication over the Web and in the cloud, making applications more responsive while using less bandwidth: live dashboards, financial quotes and transactions, real-time auctions and betting, gaming, equipment monitoring . . . the list is endless. In this session, see how to extend the Java Message Service (JMS) API to Web devices over HTML5 WebSockets to enrich and accelerate your applications. Discover through concrete code examples and a live customer application how to develop highly interactive UIs showing real-time data from any middleware supporting JMS, such as Tibco EMS or Informatica UMQ. Demos include JavaFX and JavaScript running in a Web browser and on a mobile device.]]>
HTML5 WebSockets offers secure, high-performance, bidirectional network communication over the Web and in the cloud, making applications more responsive while using less bandwidth: live dashboards, financial quotes and transactions, real-time auctions and betting, gaming, equipment monitoring . . . the list is endless. In this session, see how to extend the Java Message Service (JMS) API to Web devices over HTML5 WebSockets to enrich and accelerate your applications. Discover through concrete code examples and a live customer application how to develop highly interactive UIs showing real-time data from any middleware supporting JMS, such as Tibco EMS or Informatica UMQ. Demos include JavaFX and JavaScript running in a Web browser and on a mobile device.]]> Thu, 06 Oct 2011 13:26:30 GMT /slideshow/java-one2011-extendingjmstowebdevicesoverhtml5websockets/9579797 pmoskovi@slideshare.net(pmoskovi) Extending JMS to Web Devices over HTML5 WebSockets - JavaOne 2011 pmoskovi HTML5 WebSockets offers secure, high-performance, bidirectional network communication over the Web and in the cloud, making applications more responsive while using less bandwidth: live dashboards, financial quotes and transactions, real-time auctions and betting, gaming, equipment monitoring . . . the list is endless. In this session, see how to extend the Java Message Service (JMS) API to Web devices over HTML5 WebSockets to enrich and accelerate your applications. Discover through concrete code examples and a live customer application how to develop highly interactive UIs showing real-time data from any middleware supporting JMS, such as Tibco EMS or Informatica UMQ. Demos include JavaFX and JavaScript running in a Web browser and on a mobile device. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/javaone2011extendingjmstowebdevicesoverhtml5websockets-111006132632-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds" /> HTML5 WebSockets offers secure, high-performance, bidirectional network communication over the Web and in the cloud, making applications more responsive while using less bandwidth: live dashboards, financial quotes and transactions, real-time auctions and betting, gaming, equipment monitoring . . . the list is endless. In this session, see how to extend the Java Message Service (JMS) API to Web devices over HTML5 WebSockets to enrich and accelerate your applications. Discover through concrete code examples and a live customer application how to develop highly interactive UIs showing real-time data from any middleware supporting JMS, such as Tibco EMS or Informatica UMQ. Demos include JavaFX and JavaScript running in a Web browser and on a mobile device.

Extending JMS to Web Devices over HTML5 WebSockets - JavaOne 2011 from Peter Moskovits

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0 https://cdn.slidesharecdn.com/profile-photo-pmoskovi-48x48.jpg?cb=1518070775 HTML5, real-time, and IoT expert with passion for driving product strategy, staying on top of emerging technologies and translating complex technical ideas for technical and business audiences. Extensive international corporate and startup experience both in technical and business-centric roles. Specialties: o Seasoned product manager o Published author o HTML5, real-time, and IoT expert o Public speaker o Demo whiz o Team leader o Technology evangelist and developer advocate o International work experience in Europe, Asia, Latin America, Middle East, and Africa Topics we could chat about: HTML5, WebSocket, JavaScript, real-time, IoT, pub-sub, XMPP, JMS, MQTT, event-driven architecture,... https://cdn.slidesharecdn.com/ss_thumbnails/kaazingjavazone2014-140916181040-phpapp02-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/connecting-physical-devices-to-the-web-event-driven-architecture-using-websocket-for-the-internet-of-things/39169096 Connecting Physical De... https://cdn.slidesharecdn.com/ss_thumbnails/kaazingsfbayacm-140820184306-phpapp02-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/html5-websocket-for-the-realtime-weband-the-internet-of-things/38194207 HTML5 WebSocket for th... https://cdn.slidesharecdn.com/ss_thumbnails/kaazingdevoxxuk2014-140612004155-phpapp01-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/liberating-the-black-box-realtime-communications-for-the-internet-of-things/35777870 Liberating the Black B...