Medical law is not new in medical literature and can constitute an imperative component in medical education. Some medical schools include medical law as a compulsory component of the curriculum. In line with curriculum re-structuring at the University of Malaya, medical law was integrated in the medical curriculum and the feasibility of this integration into the Year 1 undergraduate curriculum was evaluated. Following implementation of a 4-week medical law module, an evaluation of the suitability of early integration of this module (...) was conducted using a ten-item, 4-point Likert scale questionnaire. Two open-ended questions were also included to gauge insights of the integration. All items were scored 3 points or more from the students’ responses. Using the open-ended questions, recommendations for future directions as well as constraints and issues related to the integration of medical law into teaching and learning was revealed. Overall, findings of the study indicated that integrating medical law into medical curriculum at an early stage was beneficial for the medical students. (shrink)

To study the static software defect detection system, based on the traditional static software defect detection system design, a new static software defect detection system design based on big data technology is proposed. The proposed method can optimize the distribution of test resources and improve the quality of software products by predicting the potential defect program modules and design the software and hardware of the static software defect detection system of big data technology. It is found that the traditional static (...) software defect detection system design based on code source data takes a long time, averaging 65 h /day. However, the traditional static software defect detection system based on deep learning has a short detection time, averaging 35 h/day. In this article, the detection time of the static software defect detection system based on big data is shorter than that of the other two traditional system designs, with an average of 15 h/day. Because the system design adjusts the operating state of the system, it improves the accuracy of data operation. On the premise of data collection, the system inspection research is completed, which ensures the operational safety of software data, alleviates the contradiction between system and data to a high degree, improves the efficiency of system operation, reduces unnecessary operations, further shortens the time required for inspection, improves the system performance, and has higher research and operation value. (shrink)