Intelligent war command and decision-making is an indispensable part of accelerating the development of military intelligence, and it is also an inevitable choice and internal requirement to control intelligent war. Compared with information war, intelligent war command and decision-making, supported by advanced technologies such as artificial intelligence, will certainly present many new features. From the perspective of the command level of the combat system, the intelligent war command decision can be divided into four types. The side takes action as the center, responds to tasks and makes independent decisions. In the future intelligent war, intelligent unmanned platform will play a great role in the end of the war. These platforms can make independent decisions and respond to tasks in the first time. They are superior to manned equipment in terms of reaction speed, motion performance and aiming accuracy. As the master and moderator of the situation, human beings have retreated to the rear of the war, but are still at the center of the combat system. With the development of science and technology, the autonomous degree of unmanned combat platform will continue to improve, which can cope with the highly complex battlefield environment and adapt to the increasingly accelerated pace of combat. During the operation, the platform can complete the operation task according to the pre-designed algorithm, and carry out actions such as maneuver, tracking, attack, evasion, and withdrawal by itself. For example, low-altitude unmanned aerial vehicles can detect and track the ground and low-altitude threats at the first time, and take evasive measures independently. In the future intelligent battlefield, people are more likely to perform the role of "commander", mainly by controlling the "right to fire", adjusting the action strategy, changing the attack route, and other ways to conduct operational control on the terminal intelligent platform, and take over the intelligent platform when necessary. The middle level takes coordination as the center, plans tasks and controls resources. Intelligent battlefield, at the upper level of the edge of the battlefield, is mainly represented by unmanned combat cluster command and decision-making. The unmanned combat cluster command decision is located at the middle level of the combat command system. Its main purpose is to achieve the best match between the combat resources and the combat tasks, systematically arrange the combat tasks and operational processes of each intelligent platform, and coordinate and implement the series of tasks such as reconnaissance, surveillance, suppression, and attack, so as to achieve the overall command and control of the cluster. The command decision at the middle level is based on the command decision of resource management and control. The combat resources are based on the high subdivision of each intelligent platform in time domain, airspace, frequency domain, energy domain, etc. The resource management algorithm and control model are used to segment the time window, spectrum segment and energy of each intelligent entity. Then, according to the needs of the task, the task is deconstructed and subdivided and the overall planning is carried out, and the resources are finely managed and orderly scheduled, forming a task sequence A highly matched and precisely coordinated action sequence of resource sequences. After the formation of the action sequence, it is simulated to verify the action effect, correct the action sequence, and distribute it to each combat platform under the final authorization and confirmation of the cluster commander. The platform will carry out actions independently according to the time window, spectrum segment, energy level, and other specific tasks according to the instructions. The cluster resource management and control system can also grasp the allocation and call of cluster resources in real time, centrally manage idle resources, and provide call plans at any time to deal with the uncertainty of the battlefield at any time, and provide cross-cluster resources and action coordination. The top level is cognitive-centered, assigning tasks and regulating the situation. Intelligent warfare is highly dependent on intelligent systems to implement command decisions. The intelligent entities commanded by intelligent systems are rapidly improved and the command span is large