分享到:

I'm Robot

CeBIT 历史$$  CeBIT展览会源于1947年在德国汉诺威创立的旨在向国际市场展示德国产品的汉诺威工业展览会(Hannover Messe)。 1970年,译为“办公及信息技术中心”的德语缩写——CeBIT一词首次出现在展览会上。20世纪80年代,随着个人电脑的快速发展,CeBIT最终脱离汉诺威工业展览会而成为独立的IT展览。直到今天,CeBIT已发展成为全球规模最大的信息、通信和软件领域的权威展览。览览览览览 $$  信息及通信技术市场已经历了巨大的变革,信息技术、通讯、软件和相关服务的发展已经为我们的日常生活和工作打开了全新的一页。“融合”已成为该领域最流行的时髦语。CeBIT为了更好地满足人们未来的工作和娱乐,也随着市场的要求而不断改善。2005年的CeBIT,我们看到了众多数字化产品、技术和解决方案。$$  2005年3月,德国汉诺威市,一年一度的IT界盛事CeBIT如约而至,作为拥有“设计奥斯卡”之称的iF ...  (本文共2页) 阅读全文>>

《High Technology Letters》2019年01期
High Technology Letters

Multi-robot hunting strategy based on FIS and artificial immune algorithm

0 IntroductionWith the development of robotics, multi robot system has attracted attention of scholars at home and abroad because of its high flexibility. As a typical multi robot task, multi robot cooperating rounded up can actualize the invaders captured, security patrols, raise the degree of intelligence forces combat equipment if developed in the military field. In the field of industrial control, it can improve ...  (本文共8页) 阅读全文>>

《物流技术与应用》2018年09期
物流技术与应用

发那科展示“大机器人”FANUC Robot M-2000i等新品

发那科的“大机器人”FANUC Robot M-2000i凭借庞大的体型以及强大的搬运能力,成为“2018世界机器人大会”的一大亮点。该机器人是最大搬运质量为900kg~2300kg的重负载搬运机器人,可以根据用途从4种机型中选择最合适的机器人,如使用FANUC RobotM-2000iA/1700L搬运完成车体,使用FANUC RobotM-2000iA/1200把大型铸件装上机械加工用夹具。此外,发那科此次...  (本文共1页) 阅读全文>>

《China Today》2018年09期
China Today

Fast Growth in Industrial Robot Production and Usage

The industrial scale of China’s domestically made robots has seen 20 percent annual growth in the past five years,according to the data released by China Robot Industry Alliance(CRIA).In 2017,131,000 industrial robots were domestically made.By the end of2017,there were more than6,500 enterprises engaged in robotics production.China has also em-ployed the largest amount of industrial robots since2013,according to CRIA...  (本文共1页) 阅读全文>>

《Science China(Technological Sciences)》2016年12期
Science China(Technological Sciences)

New advances in complex motion control for single robot systems and multi-agent systems

Motion control is a classic problem,which has constantlyattracted attentions from the control and the robotics com-munities.The problem used to be tackled in idealistic set-tings or using simplified models to complete complex tasks.Now the wish to control robots in realistic environments hasdriven the researchers to consider more and more complexsystems and scenarios.This brings new challenges to themotion control pr...  (本文共2页) 阅读全文>>

《Journal of Beijing Institute of Technology》2016年04期
Journal of Beijing Institute of Technology

Continuous and smooth gait transition in a quadruped robot based on CPG

Legged animals have varied gaits,each of which has advantages in certain aspects such as speed,power consumption,stability,durability and adaptability.In different terrain conditions,they are capable of selecting aproper gait based on the specific criteria and converting gaits flexibly[1].On flat ground the most significant factor of quadrupeds is the energy.To achieve optimal energy consumption,or actually reduce th...  (本文共8页) 阅读全文>>