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Poster abstract: prk-based scheduling for predictable link reliability in wireless networked sensing and control.
| Content Provider | CiteSeerX |
|---|---|
| Author | Zhang, Hongwei Liu, Xiaohui Li, Chuan Chen, Yu Che, Xin Lin, Feng Wang, Le Yi Yin, George |
| Abstract | Despite decades of research on interference-oriented channel access scheduling, most existing literature are either based on the physical interference model or the protocol interference model, neither of which is a good foundation for distributed interference control in the presence of uncertainties [2]. To address the issue, Che et al. [2] have identified the physical-ratio-K (PRK) interference model that integrates the protocol model’s locality with the physical model’s highfidelity. Given a transmission from a nodeS to another node R, a concurrent transmitter C is regarded as not interfering with the reception at R in the PRK model if and only ifP(C,R) < P(S,R) KS,R,T S,R, where P(C,R) and P(S,R) is the strength of signals reaching R from C and S respectively, KS,R,TS,R is the minimum real number chosen such that, in |
| File Format | |
| Access Restriction | Open |
| Subject Keyword | Poster Abstract Wireless Networked Sensing Predictable Link Reliability Protocol Interference Model Prk Model Concurrent Transmitter Interference Model Good Foundation Distributed Interference Control Minimum Real Number Protocol Model Locality Physical Model Highfidelity Interference-oriented Channel Access Scheduling Physical Interference Model Existing Literature |
| Content Type | Text |
