Software School of SYSU(Sun Yat-Sen University) is in a positive school-enterprise cooperation, and establishes the Sysusoft (SYSU Software Factory). Sysusoft is market-oriented directly, follows the modern enterprise...Software School of SYSU(Sun Yat-Sen University) is in a positive school-enterprise cooperation, and establishes the Sysusoft (SYSU Software Factory). Sysusoft is market-oriented directly, follows the modern enterprise system operation and management, vigorously carries out the software training, software outsourcing, independent research and development, and studiously builds up the ‘Sysusoft’ brand. Sysusoft internally undertakes the practice teaching of Software School of SYSU undergraduate students. It promotes the students to synthesize the quality comprehensively, and improves the quality of software talents training. Sysusoft innovates the talents training mode creatively, carries large amount of "high-level, international, mixed type of application, project, and multi-skill" software talent according to the needs of the society, and encourages the students to venture the hypothesized imbark. All these have become the sponsoring software characteristics.展开更多
Considering the problem of multiple ballistic missiles tracking of boost-phase ballistic missile defense, a boost-phase tracking algorithm based on multiple hypotheses tracking （MHT） concept is proposed. This paper ...Considering the problem of multiple ballistic missiles tracking of boost-phase ballistic missile defense, a boost-phase tracking algorithm based on multiple hypotheses tracking （MHT） concept is proposed. This paper focuses on the tracking algo- rithm for hypothesis generation, hypothesis probability calculation, hypotheses reduction and pruning and other sectors. From an engineering point of view, a technique called the linear assignment problem （LAP） used in the implementation of M-best feasible hypotheses generation, the number of the hypotheses is relatively small compared with the total number that may exist in each scan, also the N-scan back pruning is used, the algorithm＇s efficiency and practicality have been improved. Monte Carlo simulation results show that the proposed algorithm can track the boost phase of multiple ballistic missiles and it has a good tracking performance compared with joint probability data association （JPDA）.展开更多
文摘Software School of SYSU(Sun Yat-Sen University) is in a positive school-enterprise cooperation, and establishes the Sysusoft (SYSU Software Factory). Sysusoft is market-oriented directly, follows the modern enterprise system operation and management, vigorously carries out the software training, software outsourcing, independent research and development, and studiously builds up the ‘Sysusoft’ brand. Sysusoft internally undertakes the practice teaching of Software School of SYSU undergraduate students. It promotes the students to synthesize the quality comprehensively, and improves the quality of software talents training. Sysusoft innovates the talents training mode creatively, carries large amount of "high-level, international, mixed type of application, project, and multi-skill" software talent according to the needs of the society, and encourages the students to venture the hypothesized imbark. All these have become the sponsoring software characteristics.
文摘Considering the problem of multiple ballistic missiles tracking of boost-phase ballistic missile defense, a boost-phase tracking algorithm based on multiple hypotheses tracking （MHT） concept is proposed. This paper focuses on the tracking algo- rithm for hypothesis generation, hypothesis probability calculation, hypotheses reduction and pruning and other sectors. From an engineering point of view, a technique called the linear assignment problem （LAP） used in the implementation of M-best feasible hypotheses generation, the number of the hypotheses is relatively small compared with the total number that may exist in each scan, also the N-scan back pruning is used, the algorithm＇s efficiency and practicality have been improved. Monte Carlo simulation results show that the proposed algorithm can track the boost phase of multiple ballistic missiles and it has a good tracking performance compared with joint probability data association （JPDA）.
