Automation In The Future
The inaugural contest highlighted just how difficult bots find such tasks, with about half of the teams competing failing to score a single point and the bots working far more slowly than humans. A human can sort about 400 items per hour with minimal errors, while the best robot in the APC achieved a rate of about 30 sorts per hour with a 16 percent failure rate. This relatively poor performance occurred despite the robots being given a far simpler challenge than they would face inside an Amazon warehouse, with bots being tasked with picking from a pool of just 25 items, rather than millions, and with only a few items mixed together. However, looking back at the contest the teams that took part in the first APC are upbeat - forecasting these early issues will be overcome and that warehouse automation is on the cusp of increasing significantly.'
Recent developments in robotics have the potential of substantially increasing the degree of automation in warehouse logistics and order fulfillment in the near future,' according to the written by key APC team members - including Peter Wurman, the technical co-founder of Amazon-owned Kiva Systems - now Amazon Robotics.' The kind of warehouse logistics addressed in the APC, however, can believably be automated using existing or near-future technologies and potentially faster than many other target applications of robotics.' But the teams also warn of the need for 'substantial scientific progress' before picking can be automated - pointing out that standard approaches to building robotic hands and creating motion planning software are not sufficient to succeed in the APC. Building a better warehouse workerRobotics researchers across the world are working on automating warehouse picking, with advances in many areas.
Automation In Industries In The Future
Last week, a team of European researchers revealed a system that picks items within 24 seconds - another step closer to the 5 - 10 seconds it takes human workers to pick each item in an Amazon warehouse.In contrast, in the Amazon Picking Challenge each robot had more than one minute and a half to pick each item. Image: Robert KrugKrug anticipates picking systems of the type Amazon is pursuing being introduced to warehouses around the start the next decade.' I don't know whether the first real commercial system will hit in three or five years but it will happen in the very foreseeable future, I'm sure about that.' 'The strong interest in greater warehouse automation by companies like Amazon shows you the big players think there is something that will happen soon, otherwise they wouldn't put this effort and money into this.'
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The introduction of automated pickers and other new computerised systems to warehouses will take place gradually - Krug believes - with smaller groups of human workers initially being kept on site to keep the machines on track until they can consistently match or surpass human performance.' The robot might be able to fulfil its tasks 98 percent of the time, but what do you do about the remaining two percent? One way out is to still have a reduced numbers of humans in the loop. Maybe you could have emergency helpers, who fix tasks when the robot gets stuck.'
When asked whether a greater reliance on robots will lead to job losses, Amazon has pointed out that so far its workforce.However, Amazon hasn't explained the commercial benefit of retaining the same number of employees while also running an automated picking system. When asked to comment on the issue for this article, Amazon did not reply.