UK-Dorking: network infrastructure
1.0/007114 TI: UK-Dorking: network infrastructure PD: 20110921 ND: 293876-2011 OJ: 181/2011 DS: 20110919 DT: 20111014 12 00 RN: 292418-2011 HD: 012EA TD: 2 - Additional information NC: 2 - Supply contract PR: 2 - Restricted procedure RP:...
NO-Dønna: cesspool or septic tank emptying services
1.0/007574 TI: NO-Dønna: cesspool or septic tank emptying services PD: 20110921 ND: 293896-2011 OJ: 181/2011 DS: 20110916 DD: 20110923 DT: 20110923 13 00 RN: 239627-2011 HD: 033EA TD: 2 - Additional information NC: 4 - Service contract PR:...
MT-Bormla: construction work for sports facilities
1.0/007735 TI: MT-Bormla: construction work for sports facilities PD: 20110921 ND: 293903-2011 OJ: 181/2011 DS: 20110916 DD: 20110927 10 00 DT: 20111025 RN: 237299-2011 HD: 011EA TD: 2 - Additional information NC: 1 - Works PR: 1...
P-Lisbon: sale of oil pollution response equipment (side collector sweeping arm systems)
Sale of oil pollution response equipment (side collector sweeping arm systems). Sale of 2 side collector sweeping arm systems (LSC-4 C/3500). Function: collecting of oil from the water surface. Length: 15,60 m inflatable sweeping boom. Type of skimmer: brush conveyor belt/weir skimmer. Skimmer pumps: Archimedes' screw (PDAS)/centrifugal pump. Operational manual: available (manufacturer documentation). CPV: 34513600. ...
B-Brussels: DIGIT/R2/PO/2011/079 LAR 2011 — various supplies
DIGIT/R2/PO/2011/079 LAR 2011. The objective of this call for tenders is to establish a framework contract for a single source purchase channel under an existing interinstitutional licensing agreement for software products and licences. CPV: 48000000. ...
NL-Petten: the replacement of air-cooled water chillers and retrofitting of cooling system in building 312 of the JRC-IET
The replacement of air-cooled water chillers and retrofitting of cooling system in building 312 of the JRC-IET. The Institute for Energy and Transport (IET) intends to replace the existing old air-cooled water chillers of building 312 and a retrofitting of the cooling system, in accordance with the technical specifications which are part of the tendering documentation. CPV: 45331230. ...
I-Ispra: GMES initial operations: emergency management service — mapping in rush mode
GMES initial operations: emergency management service — mapping in rush mode. The GMES initial operations — emergency management service is intended as an operational service offered to the authorised users active in the field of crisis management in the EU Member States, the European Civil Protection Mechanism, the Commission's Directorates-General (DGs) and the participating executive agencies and international humanitarian aid. The core character of the GIO-EMS service lies in the provision upon activation by the authorised user of timely and accurate information derived from satellite imaging sensor data in all phases of the emergency management cycle. The information generated by the service can be used as supplied by the contractor (e.g. as digital or printed map outputs) or further combined with other data sources (e.g. as digital feature sets in a geographic information system (GIS)) to support analysis and decision-making processes of emergency managers. The implementation of the GIO-EMS service foresees 3 different modules: mapping in rush mode: this service concerns the on-demand and fast provision of geospatial information in support to emergency management activities immediately following an emergency event. The service provision is based on the processing and analysis, in rush mode, of: (i) satellite and aerial image sensor data of varying spatial and spectral resolution; and (ii) other geospatial raster and vector data sources; mapping in non-rush mode: this service concerns the on-demand provision of geospatial information in support to emergency management activities during the phases of the emergency management cycle which are not related to the immediate response, i.e. not requiring rush mode delivery. In particular, information provision relates to the prevention, preparedness and reconstruction phases; external validation: this service provision is tailored to the on-demand verification of a sample of service outputs produced by the rush mode or non-rush mode services, and includes external quality control, validation of thematic information content and comparison to alternative information sources related to the emergency context. The contract refers to the GMES initial operations: emergency management service — mapping in rush mode service. CPV: 79430000, 71354100, 71222100, 71222200, 71354000. ...
I-Ispra: GMES initial operations: emergency management service — mapping in non-rush mode
GMES initial operations: emergency management service — mapping in non-rush mode. The GMES initial operations — emergency management service is intended as an operational service offered to the authorised users active in the field of crisis management in the EU Member States, the European Civil Protection Mechanism, the Commission's Directorates-General (DGs) and the participating executive agencies and international humanitarian aid. The core character of the GIO-EMS service lies in the provision upon activation by the authorised user of timely and accurate information derived from satellite imaging sensor data in all phases of the emergency management cycle. The information generated by the service can be used as supplied by the contractor (e.g. as digital or printed map outputs) or further combined with other data sources (e.g. as digital feature sets in a geographic information system (GIS)) to support analysis and decision-making processes of emergency managers. The implementation of the GIO-EMS service foresees 3 different modules: mapping in rush mode: this service concerns the on-demand and fast provision of geospatial information in support to emergency management activities immediately following an emergency event. The service provision is based on the processing and analysis, in rush mode, of: (i) satellite and aerial image sensor data of varying spatial and spectral resolution; and (ii) other geospatial raster and vector data sources; mapping in non-rush mode: this service concerns the on-demand provision of geospatial information in support to emergency management activities during the phases of the emergency management cycle which are not related to the immediate response, i.e. not requiring rush mode delivery. In particular, information provision relates to the prevention, preparedness and reconstruction phases; external validation: this service provision is tailored to the on-demand verification of a sample of service outputs produced by the rush mode or non-rush mode services, and includes external quality control, validation of thematic information content and comparison to alternative information sources related to the emergency context. The contract refers to the GMES initial operations: emergency management service — mapping in non-rush mode service. CPV: 79430000, 71354100, 71222100, 71222200, 71354000. ...
I-Ispra: GMES initial operations: emergency mapping external validation service
GMES initial operations: emergency mapping external validation service. The GMES initial operations — emergency management service is intended as an operational service offered to the authorised users active in the field of crisis management in the EU Member States, the European Civil Protection Mechanism, the Commission's Directorates-General (DGs) and the participating executive agencies and international humanitarian aid. The core character of the GIO-EMS service lies in the provision upon activation by the authorised user of timely and accurate information derived from satellite imaging sensor data in all phases of the emergency management cycle. The information generated by the service can be used as supplied by the contractor (e.g. as digital or printed map outputs) or further combined with other data sources (e.g. as digital feature sets in a geographic information system (GIS)) to support analysis and decision-making processes of emergency managers. The implementation of the GIO-EMS service foresees 3 different modules: mapping in rush mode: this service concerns the on-demand and fast provision of geospatial information in support to emergency management activities immediately following an emergency event. The service provision is based on the processing and analysis, in rush mode, of: (i) satellite and aerial image sensor data of varying spatial and spectral resolution; and (ii) other geospatial raster and vector data sources; mapping in non-rush mode: this service concerns the on-demand provision of geospatial information in support to emergency management activities during the phases of the emergency management cycle which are not related to the immediate response, i.e. not requiring rush mode delivery. In particular, information provision relates to the prevention, preparedness and reconstruction phases; external validation: this service provision is tailored to the on-demand verification of a sample of service outputs produced by the rush mode or non-rush mode services, and includes external quality control, validation of thematic information content and comparison to alternative information sources related to the emergency context. The contract refers to the GMES initial operations: emergency mapping external validation service. CPV: 79430000, 79419000, 71354100. ...
B-Brussels: 11.R&T.OP.168 — 'heterogeneous networks'
11.R&T.OP.168 — 'heterogeneous networks'. The situation and the challenge: Crisis management operations highly rely on information distribution across civil and military networks, based on land, on sea, in air, or in space. To have the right information at the right time and the right place is crucial to directly protect people engaged in missions and to accomplish mission objectives. In addition, the increasing use of autonomous systems in operations presents a tremendous challenge to availability, reliability and security of information. The scope and range of operations requires a large information space, composed of most heterogeneous assets, with performance characteristics rather diverting than converging (e.g. responsiveness, throughput, quality of service, security). While past and current R&T efforts have concentrated on performance characteristics of military networks themselves, like disruption tolerance or robustness, there is a requirement to assess and mitigate performance and security risks coming from the described heterogeneity. The vision is a capability to provide a transparent service level management to respond adequately to different military demands. EDA's role: Networking by its nature is a cross-cutting activity. Even though some participating Member States may already be looking into the subject challenge and requirement, findings will suffer from a certain fragmentation. In addition, advanced network technologies will evolve under the EDA funding instruments (see above). Their work planning can benefit from the study results. Furthermore, EDA has bridged, mainly through the PT NEC, to civil-military requirements, also of networks, and therefore can provide a decisive integrative momentum. Finally EDA will be able to support integrative evaluation and testing, within standard joint scenarios, and foster standardisation of network protocols. Consequently, the contract will be monitored by an EDA team from R&T, Capabilities and Armaments Directorates. Use of the output: The results of this study will be used to define/refine the scope of upcoming related collaborative project ideas in the IAP4 CapTech pipe, such as tactical service oriented architecture (Tactics) or cross layer applications (CLARA). Expected study results: The proposed study shall deliver: — an analysis of inter-networking performance requirements between heterogeneous networks, based on future operational scenarios, — a review of technical performance characteristics of current and future military and civil heterogeneous networks, — the identification of risks and constraints for end-to-end service levels and interoperability, and an assessment of their criticality vis-à-vis crisis management operation requirements, — requirements, at an adequate scale, for a service level management, — recommendations where and how technical solutions can best mitigate critical risks with respect to performance versus life cycle cost. CPV: 73200000, 72220000, 64210000. ...
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