Essays about: "fat-ibc"
Found 4 essays containing the word fat-ibc.
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1. Characterization of monkey fat tissues : To assist their viability for fat intra-body communication as an early step of non-human primate testing (NHP)
University essay from Uppsala universitet/Institutionen för materialvetenskapAbstract : Fat intra-body communication is a newly proven concept that is built on using human fat tissues as a communication channel for electromagnetic waves inside the body. This allows for two implanted external devices to connect through an intra-body closed-loop communication channel. READ MORE
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2. Control of 3D-printed Hand Prosthetic via Intra-body Fat Channel Communication
University essay from Uppsala universitet/Fasta tillståndets elektronikAbstract : Intra-Body Communication (IBC) is a prospective technology where human tissue may be used as a signal medium in order to transmit useful data within the human body. Proposed applica- tions of this technology are prosthetics control or implanted device communication, potentially by establishing an Intra-Body Area Network (IBAN), which could further be enhanced by other IoT applications and 5G radio systems. READ MORE
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3. A 3D-printed Fat-I BC-enabled prosthetic arm: Control based on brain neuronal data
University essay from Uppsala universitet/Institutionen för informationsteknologiAbstract : Neuroprosthetics enhance a variety of artificial devices that can beused to improve the quality of motor, sensory defects that emerge frombrain-injuries. Brain-Computer interface, as the name suggests,en compasses the interaction between brain and environment. READ MORE
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4. A 3D-printed Fat-IBC-enabled prosthetic arm : Communication protocol and data representation
University essay from Uppsala universitet/Fasta tillståndets elektronikAbstract : The aim of this thesis is to optimize the design of the Fat-IBC-based communication of a novel neuroprosthetic system in which a brain-machine interface is used to control a prosthetic arm. Fat-based intra-body communication (Fat-IBC) uses the fat tissue inside the body of the bearer as a transmission medium for low-power microwaves. READ MORE