CC01 – Parallel Crime Scene Analysis Based on ACP Approach


Wrongdoing scene examination is a review procedure from follows to brain science and physiology. It isn’t just the beginning stage and establishment of criminal examination, yet in addition the key part to illuminate criminal cases. As a common open complex social framework, it has three highlights, to be specific, vulnerability, assorted variety, and multifaceted nature, in this manner making the framework demonstrating a colossal test.


In this project, we propose the parallel wrongdoing scene examination framework in light of the fake social orders, computational analyses and parallel execution (ACP) approach, which utilizes counterfeit (A) wrongdoing scene to depict the essential components, capacities and conditions of the lawbreakers, computational (C) tests to figure and anticipate the distinctive types of wrongdoing scene, and parallel (P) execution to guide or control the development of the physical wrongdoing process as per the outcomes from the fake wrongdoing scene.

To begin with, we propose the idea of parallel wrongdoing scene from the point of view of complex framework hypothesis and give a review of its engineering, at that point we present the development strategy for counterfeit wrongdoing scene and the writing board based multiagent fake wrongdoing scene investigation framework. On this premise, the worldly and spatial cooperation models of the criminal subjects are proposed and confirmed. From that point forward, we present the product characterized wrongdoing scene examining model efficiently. The ACP approach reveals insight into the clever administration and control for complex wrongdoing scene examination.


CPU type : Intel Pentium 4

Clock speed : 3.0 GHz

Ram size : 512 MB

Hard disk capacity : 40 GB

Monitor type : 15 Inch shading screen

Keyboard type : web console



Working System: Android Studio

Language : ANDROID SDK 7.0

Documentation : Ms-Office

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