Program doc List Page 1509

Program doc list

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Wirelesscommunication Downloaded：0: Wireless communication in the environmental monitoring application, wireless communication in the environmental monitoring application
Update : 2025-02-01 Size : 13kb Publisher : 李强
SD_card Downloaded：0: SD卡儲存裝備設計考量參考資料，利用低損耗的MAXQ2000
Update : 2025-02-01 Size : 492kb Publisher : 李白
BetterMUD Downloaded：0: 包含内容说明(至少要20个字)。尽量不要让站长把时间都花费在为您修正说明上。压缩包解压时不能有密码。
Update : 2025-02-01 Size : 110kb Publisher : wanglijian
MPEG-4_RTP Downloaded：0: Based on VC++ DirectShow mp4 RTP transport-based presentation
Update : 2025-02-01 Size : 16kb Publisher : 李千
BLUETOOTHCARKITP Downloaded：0: Car Bluetooth protocol, it is worth to share with you, there are people in need can be downloaded
Update : 2025-02-01 Size : 145kb Publisher : deng
ZET Downloaded：0: ZTE terminal integrated management platform ITMS Introduction
Update : 2025-02-01 Size : 6.52mb Publisher : Cocos
ADI_dds_tutorial Downloaded：0: Nice material for NCO
Update : 2025-02-01 Size : 793kb Publisher : jjbtons
An+OPNET+Modeler+Simulation+Study+of+the+VISA+Pro Downloaded：0: An OPNET Modeler Simulation Study of the VISA Protocol for Multi
Update : 2025-02-01 Size : 356kb Publisher : Macedonia
ldpccode Downloaded：0: efficient coding and decoding programs in matlab
Update : 2025-02-01 Size : 3kb Publisher : radhakrishna
QASk Downloaded：0: Quaternary Amplitude Shift Keying clear all M=3 NPoints=input( Enter the number of points>> ) NumberBits=input( Enter the number of points per bit>> ) Signal Constellation of ASK for i=1:NPoints m=round(rand(1)*3) data(
Update : 2025-02-01 Size : 1kb Publisher : naresh
Untitled5 Downloaded：0: Quaternary Amplitude Shift Keying clear all M=3 NPoints=input( Enter the number of points>> ) NumberBits=input( Enter the number of points per bit>> ) Signal Constellation of ASK for i=1:NPoints m=round(rand(1)*3) data(
Update : 2025-02-01 Size : 1kb Publisher : naresh
untitled Downloaded：0: A bandpass signal is defined by clear all t=-10:0.06:10 m=3*(cos(2*pi*10*t)+4*sin(2*pi*20*t)) x=6*m.*cos(2*pi*100*t) f0=100 fmax=100 NSamples=256 Amplitude Response plot of x(t) figure(1) subplot(211) plot(t,abs(x)) xla
Update : 2025-02-01 Size : 77kb Publisher : naresh

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