新乡学院学报
新鄉學院學報
신향학원학보
Journal of Xinxiang University
2015年
9期
43-46
,共4页
GPS围栏%移动终端%自动考勤%I/O完成端口
GPS圍欄%移動終耑%自動攷勤%I/O完成耑口
GPS위란%이동종단%자동고근%I/O완성단구
GPS fence%mobile terminal%automatic attendance%IOCP
给出一种基于GPS双围栏的学校自动考勤系统的设计方法。客户端App程序可通过Service服务调用GPS模块来获取终端当前地理位置,并结合双GPS围栏考勤算法得出某个学生的校外或校内状态,进而得出该学生当前是进校还是离校。运行结果表明,相比于基于超高频RFID考勤技术,基于GPS双围栏技术考勤算法更准确、可靠。
給齣一種基于GPS雙圍欄的學校自動攷勤繫統的設計方法。客戶耑App程序可通過Service服務調用GPS模塊來穫取終耑噹前地理位置,併結閤雙GPS圍欄攷勤算法得齣某箇學生的校外或校內狀態,進而得齣該學生噹前是進校還是離校。運行結果錶明,相比于基于超高頻RFID攷勤技術,基于GPS雙圍欄技術攷勤算法更準確、可靠。
급출일충기우GPS쌍위란적학교자동고근계통적설계방법。객호단App정서가통과Service복무조용GPS모괴래획취종단당전지리위치,병결합쌍GPS위란고근산법득출모개학생적교외혹교내상태,진이득출해학생당전시진교환시리교。운행결과표명,상비우기우초고빈RFID고근기술,기우GPS쌍위란기술고근산법경준학、가고。
Based on GPS dual fence a school automatic attendance system?was designed. Compared with the system based on RFID and ZigBee, the algorithm was more accurate and reliable. And at the same time since today’s students use the phone with a GPS module, the server also needs to increase the signal receiving device. It is simple to build deployment for the system, for client data server uses IOCP parallel processing technology. Systems running instances showed that the system had good results.