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Webinar: Building the Net-Centric Real-Time Global Information Grid
Date: Wednesday, April 23, 2008
Time: 11:00 a.m. PDT
Duration: 1 hour
Presented by Dr. Rajive Joshi, Senior Field Applications Engineer
Building the Real-Time Global Information Grid (GIG) requires developing and also integrating various systems seamlessly. Traditional Enterprise applications must be integrated with real-time/embedded/tactical components. And then also must interoperate with existing legacy systems. The result is more data, from more sources, moving at faster rates, to more destinations, via diverse systems. The benefits are more efficient movement of data, faster data analysis and more reliable decisions.
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In such a demanding environment, how can we deliver seamless end-to-end integration and also optimized end-to-end performance? In particular, how do we strike the right balance of
- performance, so that the GIG can efficiently leverage the underlying infrastructure;
- scalability, so that the GIG will keep up with the future demand;
- availability, so that there is no downtime;
- security, so that GIG systems are protected
- interoperability, so that components can be seamlessly integrated;
- affordability, so that the operational or administrative costs and system lifecycle costs are minimized.
In this session, we present a solution to address these challenges based upon
- adopting a data-oriented architecture, which shifts the focus to integrating data instead of applications;
- reliance on an integrated high performance end-to-end platform that provides standards based components for messaging & data distribution, storage & data management, complex event processing, visualization, fault tolerance, recording & playback, security, and technology adapters;
- shifting the focus back to the application architecture.
By leveraging COTS and Standards based infrastructure, applications can leverage readily available services and focus on their main purpose.
About the speaker
Dr. Rajive Joshi is a Senior Field Applications Engineer at Real-Time Innovations, Inc.
Rajive specializes in the design of distributed and real-time systems, emphasizing object-oriented and component-based software architecture. He has served as a consultant and developer for distributed systems projects in the areas of robotics and automation, including Alstom Schilling's Quest remotely operated vehicle and CrouseHinds's automated filament-alignment system. Rajive developed a distributed robotics tele-operation demonstration that aired on CNN. He has been the lead researcher on contracts from DARPA and NIST.
Rajive is responsible for several software and engineering process innovations in RTI's product lines, including the NDDS Pluggable Transports Framework, NDDS StarFabric transport plug-in, NDDS online documentation, ControlShell 6.x graphical design tool, software configuration, and release management. He holds two patents in the area of real-time control system design.
Rajive is the author of several publications in the areas of distributed systems, software platforms, evolutionary computing, multisensor fusion, and computer vision. He is the author of the book, "Multisensor Fusion: A Minimal Representation Framework", and a chapter in the book "Differential Evolution : A Practical Approach to Global Optimization". He won the 'Best Paper' award at the 1996 Multisensor Fusion and Integration Conference. Rajive also received the 'Charles M. Close Best Doctoral Thesis' prize.
Rajive holds a PhD and an MS in Computer and Systems Engineering from Rensselaer Polytechnic Institute, and a Bachelor of Technology in Electrical Engineering from the Indian Institute of Technology (IIT) at Kanpur. He is a member of the IEEE, ACM, and AIAA.
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