Fast switch connector app rf and x86 sw switch xml bios update -- 3

Hi, engineering r/f sensor reading app, to adjust r/f for best througput, to offer information to run fastest througput for every phone model. Manually see all items to control radio receiver transmit to offer best tcp ip offering for low latency. Should be able to run the phone on battery for 5 minutes. Connects to network, then to Juniper switch 320 for one port one ip, one tower, one dbl, place phone in state for best througput. Target 80 Mbs to Uganda ISP in Helsinki. rf spec built tcp ip connection with stops in signaling rf spec build http https codec encodec to write protocol stack rf to control tower, set each dbl for each tower for best signal rf to minimize latency 50 25 10 5 2 1 jitter 10 8 7 6 4 2 1 rf to minimize batery consumption in t = U / f avrage length of current off, E = f * t * deltaP lambda value of energy which was not delivered. Measured from battery with possible copper slips to measure if there ar changes in battery power 10^15. rf to benefit from zigbee signal, and bt signal, fast connection, then switch to zigbee for througput, if available as idea to run the HW. dBl optimized approx 100, with best single tower selection, minimum CPU load, Phone PTT video server (phone to phone video in minimal time), LBS (aGPS) sensor check and run, listing on screen, check for best fitting for latency in minimum for tcp/ip ping. How to optimize networking in every network is the purpose of the app. This app connects to Juniper 320. I update the xml bios for this app only to connect to port 8080 of Juniper at specified ip. We measured 80 MB in lab for band 77. I would like to list various sliced networks and their speeds as hall of fame. Your job is to run the rf and optimize up to highest as rf allows, battery can drain (melt). Skills: H.263 (H.290?) minimal CPU rate to minimize kbps decoded encode rate for fast open of video between PTT handsets. Multiple threads runnning for mini server run of 1000 concurrent streams on minimal box. Write box. Derivative of container split per minimal kbps. Any math formula is good. new value = old + change of solution, ynew = yold + f(told x yold) x h y = y0 y = y + f(t,y) * dt y = y0 data[0] = [tmin, y] i=1 y=y+f(t,y)*dt data[i] = [t+dt, y] i = i +1