Artificial Intelligence-Based System for Advocate Assistance | IEEE Conference Publication | IEEE Xplore

Artificial Intelligence-Based System for Advocate Assistance


Abstract:

India experienced it through the Digital Revolution several years ago; however, technology has never drastically altered other facets of society. This study is significan...Show More

Abstract:

India experienced it through the Digital Revolution several years ago; however, technology has never drastically altered other facets of society. This study is significant because if legal research is deficient, the implications of AI & Edge Devices to assist Advocates as legal rights which directly beneficial to the legal phenomenon. By implementing automation in lower courts, the judiciary may be able to overcome some of the substantial difficulties brought along by arrears, caseloads, delays, client interaction, etc. Although: there are many facets to these problems, improvements in increased performance, coherence, transparency, & speed that coming innovations of Industry 4.0 might offer might greatly enhance and relieve problems to retrieve this problem Edge Device can assist the advocate, This AI-based device is an innovative one which is connected to the database. In the Advocate office, the client come to the Office this system talks to the client & listens to the whole facts and circumstances of the case & this device tells the relevant Act which would be applicable in the related case and also provide a printed copy This study signifies the impact, outcome coming out of the device is effective and how this device functions under the legal system.
Date of Conference: 27-29 January 2023
Date Added to IEEE Xplore: 03 April 2023
ISBN Information:
Conference Location: Greater Noida, India

I. Introduction

The development of artificial intelligence is blooming at a never-before-seen rate (AI). Supervised learning, the far more fascinating area of artificial intelligence, must have made substantial progress in a multitude of areas, from feature extraction, speech recognition, & computational linguistics to chess gameplay, for example, AlphaGo, robotic systems, and a plethora of areas. These advances have been driven by significant innovations in methodology, computational power, & big data. As a result of such innovations, a range of intelligent applications such as intelligent virtual assistants, customized shopping suggestions, video monitoring, or smart home appliances has shot to fame and become wildly popular. Edge computing essentially moves cloud services from the core of the network to the network edges which are closer to IoT gadgets and data sources, has recently been proposed. As illustrated below, an edge node could be a network gateway, a server tied toward an internet connection such as WiFi, network, or central node, a local end-device that could link to it through device-to-device (D2D) communications, such as a microdata center that seems to be accessible to neighboring devices. One of the most interesting components accentuated by edge computing is physical closeness towards digital resources [1].

References

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