Compared with traditional weapons, new concept weapons have essential differences in basic principles and killing and destruction mechanisms.

Compared with traditional weapons, new concept weapons have essential differences in basic principles and killing and destruction mechanisms. The combatants are as follows:

Compared with traditional weapons, new concept weapons have essential differences in basic principles and killing and destruction mechanisms.

New concept weapon refers to a combat weapon system which is significantly different from traditional conventional weapons in working principle and killing mode. It is characterized by unique functions and characteristics that one or several traditional weapons do not have, thus changing the basic form and situation of modern warfare with brand-new working principles and combat methods. The "newness" of new concept weapons is mainly manifested in three aspects: first, the working principle is new; Second, the new destruction efficiency; Third, the characteristics of time and space are new.

Energy aggregation mechanism to create a new concept energy weapon. The mechanism of energy gathering is that all kinds of new energy are effectively gathered and released through new working methods such as transformation, conduction and storage, forming the combat energy of new concept weapons, or directly becoming the combat "ammunition" of new concept weapons to carry out operations.

In addition to the topics mentioned above, the following are some other possible topics for the master's thesis on electronic information:

Application of big data in electronic information engineering: This topic involves the principle, application and development trend of big data technology, as well as its application and realization in electronic information engineering.

Application of artificial intelligence in electronic information engineering: This topic involves the principle, application and development trend of artificial intelligence technology, as well as its application and realization in electronic information engineering.

Application of digital signal processing in communication: This topic involves the application of digital signal processing in communication, including modulation and demodulation, channel coding and so on.

Application of image processing and computer vision in electronic information engineering: This topic involves the principle, application and development trend of image processing and computer vision technology, as well as its application and realization in electronic information engineering.

Application of high performance computing and parallel processing in electronic information engineering: This topic involves the principle, application and development trend of high performance computing and parallel processing, as well as its application and realization in electronic information engineering.

These topics are hot topics in the field of electronic information at present, and they all have high research value and practical application value. When choosing a topic for a master's thesis, we need to comprehensively consider our own interests and research background, as well as the conditions of the laboratory and the research direction of the tutor, and choose a topic with research potential and practical application prospects for research.