Hawk Eye Detection System (Using Python)
Keywords:Hawk Eye, DRS, LBW, Despin, Cricket, Tennis, Camera Technology.
Tennis and cricket are gaining popularity. Hawk eye is a modern tool that can be applied to any sport. Now a days there is lots of advancement in the sports technology. Hawk Eye first gained notoriety in television broadcasts of cricket. Broadcasters used Hawk-Cricket Eye's System at the 2006 ICC Champions Trophy in India, the World Cup, and important Test and ODI series all over the world since 2001. A virtual reality device called Hawk-Eye is a line calling system that tracks a ball's trajectory. It has become common due to the plethora of help this technology offers to enhance game quality. Six calibrated high-speed professional vision processing cameras that are distributed throughout the ground are used by Hawk-Eye. Additionally, the system calibrates the two "Mat" broadcast cameras it utilises to ensure that the visual is always superimposed in the proper location. The way in which it operates then allows the game’s officials to understand where the ball has pitched and what its onward trajectory would have been. The Hawk-Eye framework is divided into two sizable components: the Tracking System, which includes a camera and a speed weapon, and the Video Replay System, which records data to aid arbitrators in making decisions and to aid coaches and
players in analysing their performance. However, there is very less research available in this area. Examples of Hawk-Eye statistics include: LBWs, Wagon Wheels, De Spin, Pitch Maps, Beehives, RailCam, Reaction Time,Ball Speeds. The purpose of this paper is to discuss the principle behind Hawk Eye, many of its applications, future developments, system precision, and system dependability
in the sport of cricket.