4 Evolution Path of the Invocation Pattern of Intelligent
Algorithms in Command and Control System
According to the trend of intelligentization, the invocation pattern of intelligent algorithms in command and control systems can evolve through three stages: specialized
invocation of specialized algorithms, invocation of general algorithms as required, and
dynamic adaption based on brain-inspired software architectures. Then the intelligent
service under general intelligence and intelligence of SoS can be gradually realized.
The first stage is specialized algorithms directed at specific tasks for specialized
invocations. In this stage, the intelligent supporting environment which provides
support for development, operation, train, and services can be constructed based on
existing cloud platforms, as shown in Fig. 1a. Thereinto, in the intelligent data management layer, data is accumulated by construction of basic model libraries, specialized
model libraries, mapping knowledge domains and so on; in the intelligent computation
framework layer, computation engines as well as specialized intelligent algorithms,
such as object identification and graphic searching, are deployed to provide service
framework for intelligent computation; in the intelligent service supporting layer,
services like planning and reasoning, intelligent detection, etc. are formed, providing
services and operating environment for typical applications such as situation awareness, command and decision, so as to realize specialized invocation of specialized
algorithms.
The second stage is management and invocation of algorithm resources according
to tasks, directed at the problem that different task environments have different
requirements for intelligent algorithms. Based on the first stage, in this stage algorithm
libraries are constructed in the intelligent service supporting layer of the intelligent
supporting environment. As shown in Fig. 1b, algorithms are integrated and encapsulated into services which can be directly oriented to special applications, thus realizing invocation of general algorithms as required.
In the third stage, the general intelligence ability of command and control system is
generated gradually, through the adoption of brain-inspired intelligence techniques.
Fig. 1. Evolution diagram of the invocation pattern of intelligent algorithms in command and
control system: a specialized invocation of specialized algorithms (left), b invocation of general
algorithms as required (middle), and c dynamic adaption based on brain-inspired software
architectures (right).
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S. Wang et al.
Algorithms in Command and Control System
According to the trend of intelligentization, the invocation pattern of intelligent algorithms in command and control systems can evolve through three stages: specialized
invocation of specialized algorithms, invocation of general algorithms as required, and
dynamic adaption based on brain-inspired software architectures. Then the intelligent
service under general intelligence and intelligence of SoS can be gradually realized.
The first stage is specialized algorithms directed at specific tasks for specialized
invocations. In this stage, the intelligent supporting environment which provides
support for development, operation, train, and services can be constructed based on
existing cloud platforms, as shown in Fig. 1a. Thereinto, in the intelligent data management layer, data is accumulated by construction of basic model libraries, specialized
model libraries, mapping knowledge domains and so on; in the intelligent computation
framework layer, computation engines as well as specialized intelligent algorithms,
such as object identification and graphic searching, are deployed to provide service
framework for intelligent computation; in the intelligent service supporting layer,
services like planning and reasoning, intelligent detection, etc. are formed, providing
services and operating environment for typical applications such as situation awareness, command and decision, so as to realize specialized invocation of specialized
algorithms.
The second stage is management and invocation of algorithm resources according
to tasks, directed at the problem that different task environments have different
requirements for intelligent algorithms. Based on the first stage, in this stage algorithm
libraries are constructed in the intelligent service supporting layer of the intelligent
supporting environment. As shown in Fig. 1b, algorithms are integrated and encapsulated into services which can be directly oriented to special applications, thus realizing invocation of general algorithms as required.
In the third stage, the general intelligence ability of command and control system is
generated gradually, through the adoption of brain-inspired intelligence techniques.
Fig. 1. Evolution diagram of the invocation pattern of intelligent algorithms in command and
control system: a specialized invocation of specialized algorithms (left), b invocation of general
algorithms as required (middle), and c dynamic adaption based on brain-inspired software
architectures (right).
388
S. Wang et al.