...Sohaib Ahmad Sirwal; Babar Ahmad; Majid Koul Purpose This article aims to demonstrate how haptic feedback plays a critical role in enhancing control and precision in vision-assisted teleoperation, yet current systems are either costly, hardware-intensive or limited to basic binary cues. This work...

...Cengiz Deniz Purpose The aim of this study is to create a robust and simple collision avoidance approach based on quaternion algebra for vision-based pick and place applications in manufacturing industries, specifically for use with industrial robots and collaborative robots (cobots). Design...

...Mehdi Dehghani; Mahdi Ahmadi; Alireza Khayatian; Mohamad Eghtesad; Mehran Yazdi Purpose – The purpose of this paper is to present a vision-based method for the kinematic calibration of a six-degrees-of-freedom parallel robot named Hexa using only one Universal Serial Bus (USB) camera and a chess...

... phases: automatic selection of template patches, similarity measurement to find the instances of the templates, and image differencing and noise removal to segment moving objects. The three processing phases are described individually in the following three subsections. Vision Navigation...

... to the label. Note that π_k may also be specified as the importance of each feature label in the template. Household Vision Indoor robotic tasks often specify objects and task-relevant feature. For instance, if the task is searching for a vertically aligned object...

... was the MotoSight™ 3D spatial vision systems. It offers innovative 3D vision in flexible, scalable real‐time systems designed for guiding Motoman robots in box moving or depalletiziing. It can randomly position boxes in sizes from 15 to 60 mm at rates to 12 boxes per minute. The vision system uses the Logitech 9000...

..., the robots stand in the position A which is in the state [6;10]. The final state position B is in state [4;10]. © Emerald Group Publishing Limited 2012 Artificial intelligence Systems and control theory Intelligent systems Autonomous Industrial robotics Co‐operating Control Vision...

...Richard Bloss Purpose The purpose of this paper is to review the Automate Show (robots and vision) and the Promat Show (material handling) that ran jointly in Chicago, with emphasis on the new robot innovations and applications on display. Design/methodology/approach In‐depth interviews...

...Christine Connolly This article describes two developments for the automatic handling of delicate food products: a new end‐effector for handling sticky objects, and a vision‐based system for harvesting mushrooms. © MCB UP Limited 2003 Silsoe's novel end‐effector is also very useful...

...Yoshihiro Kusuda Professor Masatoshi Ishikawa of the University of Tokyo, Japan, has developed a super fast vision sensor and a super quick hand (gripper), and integrated them in an impressive demonstration system in which the vision sensor recognizes a free falling ball and the hand catches...

... to desired locations in previously unknown environments for performing its tasks. For instance, a delivery robot will be able to go on a round to deliver packages or a home robot can go to the kitchen to fetch a drink. © MCB UP Limited 2003 Robots Localization Vision The challenges...

...Ron Potter Robot‐equipped machining cells with vision and gauging systems efficiently improve throughput and reduce ergonomic concerns. This paper examines Webb Wheel Products’ installation of four robotic workcells dedicated to producing a family of brake drums and rotors. Each robot cell has...

... For further information contact: Dr Andrew Pryce, Sales and Marketing Director, Meta Vision Systems Ltd, Oakfield House, Oakfield Industrial Estate,Eynsham, Oxfordshire OX8 1TH. Tel: 01865 887900; Fax: 01865 887901; E-mail: sales@meta-mvs.com © MCB UP Limited 2002 --> Vision...

...   Plate 9 Vision guides robot The vision system locates each bearing in a shipping carton and directs a robot to unpack the bearings and place one at a time on to a conveyor. The vision directed robot also unpacks randomly oriented wheel-mounts and places them in an oriented...

... applications for panoramic vision systems. Chapter 17 addresses 3D Environmental Modelling from Multiple Cylindrical Panoramic Images, while N-Ocular Stereo for Real-Time Human Tracking is discussed in chapter 18. The remaining two chapters present Identifying and Localizing Robots with Omnidirectional Vision...

...Anna Kochan Describes a European project to develop vision‐based, closed‐loop robot control technology to facilitate assembly tasks in the automotive industry. Looks particularly at the problem of placing a sunroof on a car body accurately. © MCB UP Limited 2001 Robots Vision Closed...

...John Billingsley An outline is given of a vision guidance project, completed and the product brought to market by the National Centre for Engineering in Agriculture, Queensland, and of carrier‐phase GPS methods at an advanced stage of experimentation. These establish an infrastructure for a small...

... to the learning process. Instead, some “meaningful” preprocessing has to be applied to the raw data, before the learning controller can use the sensory perceptions as input. In this paper, two instances of supervised and unsupervised robot learning experiments, using vision input are presented. The vision sensor...

... © MCB UP Limited 1998 --> Robots Vision Vision-guided robots Keywords Robots,Vision A computer-controlled robotic vision system, designed to replace a error-prone manual assembly robot,is helping a manufacturer of antilock-braking systems to maximize factory...

... and elsewhere provided multiple iterations of physical robot controllers, open‐field navigation and vision‐based perception. Working from this base, the Demeter project team defined and implemented two core technologies for mobile agricultural equipment ‐ FieldNav, the digital machine; and FieldHand...