| UP | DOWN | ||
|---|---|---|---|
| Adaptive RS Code for Message Delivery Over Encrypted Military Wireless Networks | |||
| Lussier,Ray | General Dynamics C4 Systems | ||
| Grushevsky,Yan | General Dynamics C4 Systems | ||
| Elmasry,George | General Dynamics C4 Systems | ||
| Argentiery,Steven | General Dynamics C4 Systems | ||
| This paper presents a technique that uses a family of Reed-Solomon (RS) code for the assured delivery of short, high-importance messages over IP-based military wireless networks with encryption. Encryption devices drop malformed packets upon receipt, assuming that they may be the result of enemy attacks. To the session layer on the plain-text side, encryption devices introduce packet loss. The presented technique attempts to ensure the delivery of short, high- importance messages while optimizing for Speed Of Service (SOS) requirements and network throughput (i.e., the minimum number of redundancy packets is added to assure delivery within the SOS requirements). As a result, high-importance messages such as a call for fire are delivered in time over the encrypted wireless network, even if the network suffers from attacks or fading. | |||
| Dr. Yan L. Grushevsky was born in Kiev, former USSR. He received his master degree in applied mathematic/mechanics from Moscow University, and PhD for his research and simulation studies in strength of materials field. Yan Grushevsky has authored more than 80 articles published in the USA, and around the world. He has received several international patents. He is also scientific magazine and conference reviewer. Yan Grushevsky immigrated to the USA in 1992. He worked in telecom industry for more than 10 years. He currently supports modeling and simulation studies at General Dynamics C4 Systems. | |||