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Table 1 Requirements for Confined Spaces Scope
"... This chapter applies to all confined spaces and provides requirements to protect employees from the hazards of entering and working in confined spaces. This chapter applies in any of the following circumstances:- You have confined spaces in your workplace.- Your employees will enter another employer ..."
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employer’s confined spaces.- A contractor will enter your confined spaces.- You provide confined space rescue services You can use Table 1 to help you decide which requirements to follow for confined spaces.
Appendix A PRIMARY INSTRUCTOR TRAINEE TASK BOOK The Confined Space Rescue Technician Primary Instructor Trainee Task Book lists every
, 2008
"... requirement that will be evaluated. Each Primary Instructor Trainee's performance will be observed and recorded by the evaluating Senior Instructors. The evaluating Senior Instructor will determine if the Primary Instructor Trainee has successfully met the performance standards and should be re ..."
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requirements Ensuring their Confined Space Rescue Technician Primary Instructor Trainee Task Book is accurately recorded, maintained and completed within 24 months of task book initiation by an evaluating Senior Instructor. Filing and keeping their Confined Space Rescue Technician Primary Instructor Trainee
Appendix A SENIOR INSTRUCTOR TRAINEE TASK BOOK The Confined Space Rescue Technician Senior Instructor Trainee Task Book lists every
, 2008
"... requirement that will be evaluated. Each Senior Instructor Trainee's performance will be observed and recorded by the evaluating Senior Instructors. The evaluating Senior Instructors will determine if the Senior Instructor Trainee has successfully met the performance standards and should be rec ..."
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requirements Ensuring their Confined Space Rescue Technician Senior Instructor Trainee Task Book is accurately recorded, maintained and completed within 24 months of task book initiation by an evaluating Senior Instructor. Filing and keeping their Confined Space Rescue Technician Senior Instructor Trainee Task
A framework for scalable global IP-anycast (GIA
- In Proc. ACM SIGCOMM
, 2000
"... ABSTRACT This paper proposes GIA, a scalable architecture for global IPanycast. Existing designs for providing IP-anycast must either globally distribute routes to individual anycast groups, or confine each anycast group to a pre-configured topological region. The first approach does not scale beca ..."
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Cited by 109 (0 self)
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because of excessive growth in the routing tables, whereas the second one severely limits the utility of the service. Our design scales by dividing inter-domain anycast routing into two components. The first component builds inexpensive default anycast routes that consume no bandwidth or storage space
Reconsidering Consistency Management in Shared Data Spaces for Emergency and Rescue Applications
"... Abstract: Efficient information sharing is very important for emergency and rescue operations. These operations often have to be performed in environments where no communication infrastructure exists. Therefore, Mobile Ad-Hoc Network (MANET) technologies need to be leveraged for generic information ..."
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be used. The drawback of aggressive replication is the problem of inconsistencies and the costs of possible conflict resolution strategies. Since emergency and rescue operations are only operating for a short time compared to classical database applications, storage space might not be considered a
Robot-Sensor Networks for Search and Rescue
- In Proc. IEEE Int’l Workshop on Safety, Security and Rescue Robotics
, 2006
"... In order to fulfill its mission, a search and rescue system must be able to both quickly and reliably locate victims within the search space. Current search and rescue approaches generally rely on either teleoperated robots, or teams of wireless robots. Since typically the robots used in these syste ..."
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Cited by 1 (0 self)
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In order to fulfill its mission, a search and rescue system must be able to both quickly and reliably locate victims within the search space. Current search and rescue approaches generally rely on either teleoperated robots, or teams of wireless robots. Since typically the robots used
Strategic Fire and Rescue Service decision making using evolutionary algorithms
"... a b s t r a c t This paper describes the development of a novel, risk based method to locate high performance solutions for the deployment of Fire and Rescue Service (FRS) resources, such as fire stations and appliances, using evolutionary algorithms in conjunction with Fire Service Cover Models. S ..."
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a b s t r a c t This paper describes the development of a novel, risk based method to locate high performance solutions for the deployment of Fire and Rescue Service (FRS) resources, such as fire stations and appliances, using evolutionary algorithms in conjunction with Fire Service Cover Models
Mixed-Initiative Control of Multiple Heterogeneous Robots for Urban Search and Rescue
, 2000
"... This article describes a mixed-initiative system for Urban Search and Rescue, its implementation on a team of heterogeneous robots, and data collected with the NIST USAR Standard Test Course. It contributes to the justification and understanding of heterogeneous robot teams in perceptually and navig ..."
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Cited by 28 (2 self)
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for perception rather than for navigation. Navigation through the confined space was done cooperatively using collaborative teleoperation. Data collected at the 2000 AAAI Mobile Robot Competition showed that the robot team found four times as many victims under more demanding conditions as any competitor
Evidence of the Need for Social Intelligence in Rescue Robots," presented at
- IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS 2004
, 2004
"... Abstract — This study investigates data collected from operating an Inuktun robot in an Urban Search and Rescue (USAR) confined space training exercise task at Virginia Beach Training Center. Data was collected from coding approximately one hour of video. The video had no sound so all analysis is ba ..."
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Cited by 10 (4 self)
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Abstract — This study investigates data collected from operating an Inuktun robot in an Urban Search and Rescue (USAR) confined space training exercise task at Virginia Beach Training Center. Data was collected from coding approximately one hour of video. The video had no sound so all analysis
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