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Data Streaming
Introduction To simplify our presentation we need present a number topics plus images which would put a picture in the readers minds. Image #1 is from the following website (https://www.networld2020.eu/satcom-wg/). It is presenting: "Satellite Communications in a nutshell" 
European Communication Ecosystem - Image #1 The image#2 and # 3 present the Open Systems Interconnection (OSI) which is made up of seven layers. 
Open Systems Interconnection (OSI) - Image #2 
Open Systems Interconnection (OSI) - Image #3 The OSI model shows how data is packaged and transported from sender to receiver. With types of communication presented in image #1, such communication needs to address: Security and Data Streaming We are proposing Encryption-Compression Algorithm which would reduce the data size by 70% of its original. This would translate to the fact that the sender will save 70%, the receiver will save 70% and the transportation will save 70% also. The total saving in term of time and transaction would be: Total Saving = (70%) * (70%) * (70%) The question here is: how much time would Encryption-Compression Algorithm take to perform its lossless Encryption-Compression task? Also lossless means no loss of any data accuracy with the Encryption-Compression operations. Our answer is almost nothing since our Encryption-Compression Algorithm works on bit operation and it is as fast as the CPU running the system. For more details see our Security Using Compression-Encryption page: Security Using Compression-Encryption |
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