Objectives & Methods: The entire ≪Lingshu·Jingjin≫ content was analyzed to find repetitive patterns, as well analyze commonly used terms. Through this, the guidelines for interpretation were presented.Results Conclusions: is not a question-and-answer format, but simple enumerated narrative format. There no part corresponding introduction, only descriptions of 12 individual Meridian-muscle e...

This paper presents a soft-output version of the M-algorithm (SOMA) for complexity reduction in an iterative MIMO receiver. Unlike existing algorithms, SOMA utilizes paths that are traversed but discarded in a pruned tree to reduce complexity. It is shown that discarded paths in a heavily pruned tree carry a significant amount of soft-information which should not be ignored. We show a simple an...

This paper presents a soft-output version of the Malgorithm (SOMA) to reduce the complexity of a turbo multiuser detector in a DS-CDMA system employing a forward error correction code. The SOMA reduces the complexity by pruning an equivalent tree that represents all possible transmit signalvectors. It utilizes paths that are traversed but discarded in a pruned tree to reduce the total number of...

As computer systems become increasingly internetworked, most of critical systems are distributed real-time embedded (DRE) system. A challenging problem faced by researchers and developers of DRE system is devising and implementing an effective method that can analyze requirements in varying operational conditions. In this paper, we analyze the requirements of DRE software and construct the corr...

In system‐level design, it is difficult to achieve a system verification which fulfils the requirements of various stakeholders using only descriptive system models. Descriptive system models using SysML alone are insufficient for system behaviour verifications and engineers always use different simulation tools (e.g., the Mathworks Simulink or Modelica Dymola) to ...