Title :
Congestion controlled imaging linking plane (CCILP) protocol; the CCC protocol internal database compression, expansion and and management protocol layer
Author :
Niznik, Carol A.
Author_Institution :
NW Syst., Rochester, NY, USA
Abstract :
Computer networking congestion controlled protocol geometric planes for object oriented software implementation contain message transit information, i.e. an image of message population in real time. The congestion controlled imaging linking plane (CCILP) protocol is represented by six mathematical plane theory concepts. The two geometric software structures containing the CCILP protocol within the congestion controlled combination (CCC) protocol are the six sided star embedded within a square base and the pyramid embedded on a square base, overlaid on top of the theater of war (TOW) and theater missile defense (TMD) protocol sections. The mathematical linking of the TMD and TOW protocols is derived for the CCILP protocol realizing the mapping of machines, game theory, and wavelet tree performance evaluation
Keywords :
computer networks; data compression; database management systems; game theory; military communication; military computing; object-oriented methods; protocols; telecommunication congestion control; wavelet transforms; CCC protocol; CCILP protocol; chaining theory; computer networking; congestion controlled combination protocol; congestion controlled imaging linking plane; congestion controlled protocol geometric planes; database expansion; game theory; geometric software structures; internal database compression; machine mapping; management protocol layer; mathematical plane theory; message transit information; object oriented software implementation; real time message population; theater missile defense protocol; theater of war protocol; wavelet tree performance evaluation; Computer interfaces; Computer networks; Delay; Game theory; Image databases; Integral equations; Joining processes; Military computing; Protocols; Weapons;
Conference_Titel :
MILCOM 2000. 21st Century Military Communications Conference Proceedings
Conference_Location :
Los Angeles, CA
Print_ISBN :
0-7803-6521-6
DOI :
10.1109/MILCOM.2000.904014
