The advent of progressive technology has enabled rapid transformations in every aspect of human life. Be it the domestic household, smart city functioning, industries and manufacturing, healthcare, IT, transportation, and food. It harnesses rampant power to solve every small and big challenge with efficiency. But, how does the thought/idea of IoT jobs gives input in the field of cricket sound to you? As surprising as it may seem, this is no longer a distant vision.
Cricket and technology have established implicit associations in recent times. It has taken power out of the player’s hand, in contrast with the most traditional methodologies, to reduce errors, attain clarity and avoid repetitive tasks in the game. The DRS or Decision Review System is one such marvel, enabling groundbreaking changes in the field of cricket
What is meant by DRS?
This is an umpire referral system that was introduced in the month of July 2008 during a Test Series being played in Sri Lanka. 12 decisions were overturned in the DRS system, with a single one favoring India.
It was Virender Sehwag’s LBW action that was overturned. Consequently, the system got an official introduction in cricket in November 2009. The rules were later tweaked, especially to let the playing teams reset their review counts and take decisions accordingly.
Under this technical system, the third umpire is asked to reset the match on TV, and take reviewed decisions for the match to proceed. This mostly happens when the on-field umpire misses out on any detail and asks for a second opinion.
While most cricket fans still question the precision and accuracy of the computer programming systems, high-definition microphones, and cameras, it has helped save both time and effort of the cricket officials.
Hence, tech has gradually crept up in the game of cricket now, enhancing the enjoyment for the viewers. Moreover, gone are those days when any umpire would blatantly favor their home team more than the other.
The implementation of the DRS system has allowed players to challenge the decision passed by the on-field umpire. Collectively, many other technologies are implemented under this system.
Although authorities have canceled on its modernization and improvement, several times, claiming that it is not authentic. However, cricket has still managed to embrace these technical changes for the good.
IoT Technologies used in DRS
The IoT tech inputs in cricket have come up with refined cameras and pc to help achieve prescient expertise. It works on data analytics like IoT-oriented videography, acquiring knowledge based on several parameters like the performance under different circumstances. You can get a better IoT careers on the IoT job portal.
Artificial Intelligence or synthetic intelligence along with the IoT web of issues are advanced elements that have evaluated the cricket matches easier. Cricket has taken a big cue following other games. StanceBeam, a Bangalore startup manufactured an IoT machine application that can rightfully detect the pace of the ball and the angle of the bat.
Utmost distinguishment can be made from a robust shot too. Another tech startup named Spektacom has introduced the mechanization of embedding sensors on the bat so that the correct position and impression of the bat can be noticed.
The collected algorithm can now evaluate the ideal shot made by the player in the proximity of the position of the bat. Some organizations are also trying to put sensors inside the ball to seize clear nuances, trajectory reports, and more.
The sensor knowledge, in terms of monitoring game outcome and seizing from movement cameras, has helped in manifold ways to decide the game result. The Stance Beam product got a thumbs up from the Centre for Product Design and Manufacturing and the Indian Institute of Science, given that it could adequately capture the pace and bat angles correlatively.
Nonetheless, the rising adoption of IoT applications in the game of cricket has helped scale it, as the big-name gamers began to utilize it simultaneously. Within the Decision Review System, other vital technologies are implemented and used like television replays, the Tracking of the ball, Microphones, InfraRed Imaging which detects the temperature changes when the ball hits the bat, and more.
- Television Replays – This uses slow-motion technology for increased clarity in vision.
- The Hawk Eye –Also known as the ball-tracking technology, it explicitly comprehends the bowling delivery, speed once it gets interrupted by the batman’s pad. Consequently, it is predicted whether the ball could hit the stumps or not.
- Snickometer – It detects via sensors the smallest sound made once the bat presses the bat or the pad. If the meter shows any spikes, it will immediately indicate the ball has hit the bat. Henceforth, based on this, LBW decisions can be taken.
- Hotspot – This is the infra-red imaging system which the exact positioning where the ball was hit by the bat and its contact point. It is also utilized as a substitute for the Snickometer.
Is DRS still the Future?
The new world of cricket has bravely invited technological implementations like AI and IoT. They have attained higher validation according to the product fit market. Data is being captured on-field, tracking the accuracy in results via devices like sensors and motion cameras.
Hence, this connectivity enabling real-time data access right from the playfield is what has highlighted the DRS solution to a huge extent. The efficiency and exactness that it brings to this game have made it exclusively simplified for all, although few loopholes exist.
A recurrent issue with the Snickometer is that it often catches sound when it hits the ground, therefore resulting in wrong decisions. These raise questions regarding the reliability of the DRS technology, and whether it can entirely point to the errors.
However, back in those days, no other technology could guarantee results in cricket games with such transparency. Hence, the advantages are indisputable. Today, the rule book in the cricketing game is almost incomplete without the IoT-induced DRS support system.
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