包邮人体通信的建模、仿真与实现

1.introduction  1.1  concept of intra-body communication  1.2  safety issue  1.3  advantages of ibc  1.4  applications of ibc    1.4.1  biomedical monitoring    1.4.2  consumer electronics    1.4.3  secure space    1.4.4  application prospect  1.5  the scope of this book    1.5.1  the modeling and the simulation of ibc    1.5.2  the implementing methods of ibc    1.5.3  book contents  references2.theory foun$1ation  2.1  ibc types    2.1.1  electrostatic coupling type    2.1.2  galvanic coupling ibc  2.2  theoretical analysis of signal transmission within the human body    2.2.1  signal represented as electromagnetic wave    2.2.2  signal represented as current density  2.3  theoretical explanation of galvanic coupling ibc  2.4  theoretical explanation of electrostatic coupling ibc    2.4.1  electric fields of electrostatic coupling ibc    2.4.2  model of electrostatic coupling ibc  2.5  conclusions  references3.ibc modeling based on the transfer function method  3.1  current researches    3.1.1  galvanic coupling ibc    3.1.2  electrostatic coupling ibc  3.2  ibc modeling based on the transfer function    3.2.1  modeling of galvanic coupling ibc    3.2.2  modeling of electrostatic coupling ibc  3.3  ibc simulation based on the transfer function    3.3.1  method    3.3.2  signal transmissions along arm    3.3.3  signal transmissions along different paths  3.4  discussions  references4.ibc modeling and simulation based on fem  4.1  finite-element modeling method  4.2  the research status    4.2.1  research of eth    4.2.2  research of hkust  4.3  modeling of the whole human body    4.3.1  the modeling of the head and the neck    4.3.2  the modeling of the torso    4.3.3  the modeling of the arm and the leg    4.3.4  the connection of the human body part models  4.4  ibc simulation based on fem    4.4.1  galvanic coupling ibc    4.4.2  electrostatic coupling ibc    4.4.3  electromagnetic parameters  4.5  simulation results and analysis    4.5.1  simulation results of galvanic coupling ibc    4.5.2  the measurement experiments    4.5.3  simulation results of electrostatic coupling ibc  4.6  conclusions  references5.ibc based on electro-optical modulation  5.1  current studies  5.2  ibc based on a mach-zehnder eo modulator    5.2.1  circuit model    5.2.2  mathematical model    5.2.3  the complete mathematical model  5.3  experiments    5.3.1  sensitivity    5.3.2  frequency response    5.3.3  temperature characteristic  5.4  conclusions  references6.signal transmission system of ibc  6.1  current research  6.2  ibc system    6.2.1  system structure    6.2.2  dbpsk modulation and demodulation  6.3  transmitter and receiver design    6.3.1  transmitter circuit    6.3.2  receiver circuit    6.3.3  electrodes design  6.4  experiments and discussion    6.4.1  experiment device    6.4.2  influence of carrier frequency    6.4.3  influence of baseband frequency    6.4.4 influence of signal transmission path  6.5  conclusions  references7.conclusions and future outlook  7.1  summary of intra-body communication  7.2  future research  7.3  future applications of ibcreferences