带冲突检测的两阶段无连接接入协议最优资源分配

doi:10.11959/j.issn.1000-436x.2019102

Abstract

Abstract:

Connectionless access allows massive machine type communication (mMTC) devices to transmit small packets without establishment of radio bearers,significantly reducing device power consumption and control signaling overhead.Two-stage connectionless access (TSCLA) improves throughput and resource efficiency by optimally allocating resources between scheduling request (SR) phase and data transmission phase,which can be used for bigger packets and high traffic load.Based on this,a comprehensive theoretical analysis of one kind of TSCLA with collision detection was conducted to investigate its performance limit and devise its optimal resource allocation scheme.In addition,to avoid the complexity of user number estimation,a dynamic resource allocation algorithm with feedback control was proposed.Numerical results are provided to validate the effectiveness of aforementioned theoretical results and show that comparing with the genie aided algorithm known exactly the number of users,the performance loss of the proposed algorithm is within 4%.These works together provide good references for appropriate resource dimensioning for mMTC related protocols.

Key words: massive machine type communication, connectionless access, performance limit, optimal resource allocation

CLC Number:

TN929.5

Xin JIAN,Fang WANG,Jian SONG,Shu FU,Xiaoheng TAN,Xiaoping ZENG. Optimal resource allocation for two-stage connectionless access with collision detection[J]. Journal on Communications, 2019, 40(5): 117-124.

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References 25

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λ	比值	λ	比值
100	96.10%	600	99.44%
200	97.67%	700	99.31%
300	98.76%	800	99.14%
400	99.54%	900	98.95%
500	99.91%	1 000	98.73%

Optimal resource allocation for two-stage connectionless access with collision detection

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