Concept and Project Sample Clauses

Concept and Project. Objective(s) This training network is formed by major European institutions in the field of radiation detectors in which European science has a leading role worldwide. The network will contribute to reinforce this role through challenging common projects. The results of the proposed projects will find their applications in the next generation of particle physics experiments like at the SLHC, the Super-B factory, ILC and FAIR, as well as in astro-particle physics, medicine, photon science and a number of other scientific and industrial applications. The main scientific achievement of this training network will be an overall and clearly visible gain in the performance of particle detectors for SLHC, ILC and other future particle physics experiments. The R&D conducted in the network is expected to lead to the following main results: • Silicon tracking devices: Availability of specifically engineered materials and optimized xx- xxxxxx layouts which withstand the unprecedented radiation loads expected in SLHC or FAIR. • Novel tracking detectors: Understanding the intrinsic limitations. New performance records for novel particle detectors like MAPS, 3D semiconductor detectors, GEMs or Micromegas; • Photon detectors: Development for fast single photon detection devices, able to cover large areas and/or operate in high magnetic fields. • Construction and complete characterization of fully functional prototypes of particle detector subsystems for considered applications in HEP experiments (calorimetry, particle ID). To fully exploit future accelerator facilities like SLHC, FAIR and ILC, which may come into operation in the years 2012 to 2020, a new generation of detector scientists is required. The proposed Training Network will make an essential contribution to train them. The partners of this consortium are universities, national research institutes, international accelerator laboratories and industrial partners. Together they provide a unique stimulating inter- national environment for a broad high-quality education in all aspects of detector science for young scientists, starting from BSc students to post-doctoral fellows. The network provides the trainees access to a broad range of world class facilities and allows them to perform research in direct collaboration with industrial partners. The trainees profit from the combined research and teaching experience and the full spectrum of training programmes offered by the network. This Training Network primarily ta...
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Concept and Project. Objective(s) This training network is formed by major European institutions in the field of radiation detectors in which European science has a leading role worldwide. The network will contribute to reinforce this role through challenging common projects. The results of the proposed projects will find their applications in the next generation of particle physics experiments like at the SLHC, the Super-B factory, ILC and FAIR, as well as in astro-particle physics, medicine, photon science and a number of other scientific and industrial applications. The main scientific achievement of this training network will be an overall and clearly visible gain in the performance of particle detectors for SLHC, ILC and other future particle physics experiments. The R&D conducted in the network is expected to lead to the following main results: − Silicon tracking devices: Availability of specifically engineered materials and optimized xx- xxxxxx layouts which withstand the unprecedented radiation loads expected in SLHC or FAIR. − Novel tracking detectors: Understanding the intrinsic limitations. New performance records for novel particle detectors like MAPs, 3D semiconductor detectors, GEMs or Micromegas; − Photon detectors: Development for fast single photon detection devices, able to cover large areas and/or operate in high magnetic fields. − Construction and complete characterization of fully functional prototypes of particle detector subsystems for considered applications in HEP experiments (calorimetry, particle ID).
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Concept and Project objective(s) EO-MINERS aims at integrating new and existing Earth Observation tools to improve best prac- xxxx in mining activities and to reduce the mining related environmental and societal footprint by • introducing innovative remote sensing tools to the mining industry, • providing accuracy and quality measures for remote sensing products, • demonstrating the application of Earth Observation in different case studies, • fostering the dialogue between mining industry and environmental organisations based on EO-derived information and • generalising the obtained results to be used in operational mining applications in the fu- ture.
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Concept and Project objective(s) What: A pluggable distributed infrastructure for Web-reasoning and search Why: To provide an infrastructure that scales up to realistic semantic computing applications For Whom: For European applications industry, to enable real-scale semantic computing By Whom: A multi-disciplinary team of scientists, two innovative IT SMEs, and two strong European industries (ICT and Pharmaceutical), enriched by expertise from the US, Korea and China. Overall Vision The driving vision behind LarKC is to go beyond the limited storage, querying and inference technology currently available for semantic computing. The fundamental assumption taken is that such an infrastructure must go beyond the current paradigms which are strictly based on logic. By fusing reasoning (in the sense of logic) with search (in the sense of information retrieval), and taking seriously the notion of limited rationality (in the sense of Xxxxxxx Xxxxx) we will obtain the paradigm shift that is required for reasoning at Web scale. The overall vision of LarKC is: To build an integrated platform for semantic computing on a scale well beyond what is currently possible. The platform will fulfill needs in sectors that are dependent on massive heterogeneous information sources such as telecommunication services, bio-medical research, and drug-discovery. The platform will have a pluggable architecture in which it is possible to exploit techniques and heuristics from diverse areas such as databases, machine learning, cognitive science, Semantic Web, and others. The platform will be implemented on a computing cluster and via “computing at home”, and will be available to researchers and practitioners from outside the consortium to run their own experiments and applications, using suitable plug-in components. What We will develop the Large Knowledge Collider. The Large Knowledge Collider is a pluggable algorithmic framework and will be implemented on a distributed computational platform. It will scale to web-reasoning by trading quality for computational cost and by embracing incompleteness and unsoundness. Pluggable: Instead of being built only on logic, the Large Knowledge Collider will exploit a large variety of methods from other fields: cognitive science (human heuristics), economics (limited rationality and cost/benefit trade-offs), information retrieval (recall/precision trade-offs), and databases (very large datasets). A pluggable architecture will ensure that computational methods from the...
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Concept and Project 
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Related to Concept and Project

  • PROJECT 3.01. The Recipient declares its commitment to the objectives of the Project. To this end, the Recipient shall carry out the Project in accordance with the provisions of Article IV of the General Conditions.

  • Improvements The buildings, structures, fixtures, additions, enlargements, extensions, modifications, repairs, replacements and improvements now or hereafter erected or located on the Land (collectively, the “Improvements”);

  • Project Area The Project Area is the incorporated area of the City of San Xxxx.

  • Public Improvements To the best knowledge of the Transferor Partnership, there are no written or proposed plans to widen, modify, or realign any street or highway or any existing or proposed eminent domain proceedings which would affect the Property in any way whatsoever. To the best knowledge of the Transferor Partnership, there are no presently planned public improvements which would result in the creation of a special improvement or similar lien upon the Property.

  • Personnel Equipment and Material Engineer shall furnish and maintain, at its own expense, quarters for the performance of all Engineering Services, and adequate and sufficient personnel and equipment to perform the Engineering Services as required. All employees of Engineer shall have such knowledge and experience as will enable them to perform the duties assigned to them. Any employee of Engineer who, in the reasonable opinion of County, is incompetent or whose conduct becomes detrimental to the Engineering Services shall immediately be removed from association with the Project when so instructed by County. Engineer certifies that it presently has adequate qualified personnel in its employment for performance of the Engineering Services required under this Contract, or will obtain such personnel from sources other than County. Engineer may not change the Project Manager without prior written consent of County.

  • Projects The Annexes attached hereto describe the specific projects and the policy reforms and other activities related thereto (each, a “Project”) that the Government will carry out, or cause to be carried out, in furtherance of this Compact to achieve the Objectives and the Compact Goal.

  • Project Work PURCHASER shall complete the following projects in accordance with the specifications provided in Exhibits B, C, D, E, and F and written instructions from STATE. Project locations are shown on Exhibit A unless otherwise described. PURCHASER shall furnish all material unless otherwise specified.

  • Equipment and Materials Contractor at its sole cost and expense shall provide and furnish all tools, labor, materials, equipment, transportation services and any other items (collectively, "Equipment") which are required or necessary to perform the Services in a manner which is consistent with generally accepted standards of the profession for similar services. Notwithstanding the foregoing, District shall not be responsible for any damages to persons or property as a result of the use, misuse or failure of any Equipment used by Contractor of the Contracted Parties, even if such Equipment is furnished, rented or loaned to Contractor or the Contracted Parties by District. Furthermore, any Equipment or workmanship that does not conform to the regulations of this Agreement may be rejected by District and in such case must be promptly remedied or replaced by Contractor at no additional cost to District and subject to District’s reasonable satisfaction.

  • PROPERTY IMPROVEMENTS Improvements placed on National Forest System land at the direction of either of the parties, shall thereupon become property of the United States, and shall be subject to the same regulations and administration of the Forest Service as other National Forest improvements of a similar nature. No part of this instrument shall entitle the cooperator to any share or interest in the project other than the right to use and enjoy the same under the existing regulations of the Forest Service.

  • Project Approach € Project schedules and budgets are reviewed by the Project Manager on a weekly basis during our company-wide Project Managers Meeting using project status reports generated by our control software (Deltek Vision). Progress is compared to the schedule and budget to ensure adequate resources are available and that necessary coordination is occurring. Costs are reported real time, with actual labor based on time sheet entry and actual expense costs based on invoices. The reporting system can be customized to track specific tasks or efforts in multiple categories, making it flexible enough to adapt to any project specific requirements. We hold regular project coordination meetings to facilitate communication and information transfer among the design team. These meetings are held weekly and are supplemented with e-mail communication, as well as telephone conversations. We hold monthly project status meetings with your project manager to update project status, discuss priorities, and receive direction from City staff. This provides an opportunity for communication and information to flow openly between the City and the design team. These meetings are supplemented by communications that will occur via e-mail and telephone. We conduct meetings with other agencies and stakeholders impacted by the work as needed. E-mail and telephone communication work well for quick questions or minor issues, but we have found that the most effective means of communication with other agencies and stakeholders is the “old-fashioned” face- to-face mexxxxx. Xxbble’s record of providing quality civil engineering services to our clients reflects our ability to manage multiple projects effectively and efficiently. Our philosophy is that each project is personally overseen by one of our principal officers, thereby providing immediate attention to all project aspects (i.e. negotiations, communications, schedule, budgets).

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