dalība kosmosa kuģu simolatoru izstrādē, uzstādīšanā, testēšanā un praktiskā darbībā.

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2 1.4.' 11/ dalība kosmosa kuģu simolatoru izstrādē, uzstādīšanā, testēšanā un praktiskā darbībā. Pētījums kosmosā iegūto parametru novērtēšana no ģeostacijās iegūtajiem datiem. Izpētīt un izstrādāt pilnvērtīgu stratēģiju, lai piemērotu telpas un laika ierobežojumus, lai novērtētu ģeofizikālos parametrus... the intended purpose. Interact with suppliers and partner organisations etc. Papildus informācija norādītajā mājas lapā dokumentā: Statement of Work for MTG Satellite Simulator and MOF Tools Engineering Support General strategy to apply spatial and temporal constraints to the estimation of geophysical parameters from radiance measurements made from geostationary platforms. Sīkāka informācija norādītajā mājas lapā dokumentā - Study on space ' 1.6.' 1.6.' 1.7.' 11/ / / / Nosaukums: DOORS datubāzes tehniskās apkopes servisa pakalpojums Nosaukums: Atbalsts komunikācijās un tīkla inženierijā The Consultant s role will be to execute network maintenance and engineering activities on the Operational network systems Nosaukums: Study on - Time Constrained Parameter Estimation from Geostationary Data Pētījums: no zemes stacijas iegūto datu ierobežojumi Nosaukums: Pētījums par IASI 2. līmeņa produktu datu kalibrēšanu/validāciju Nosaukums: Atmospheric Composition Calibration-Validation Dataset for IASI L2 Products Provision of a parttime service in support to the maintenance and enhancement of a DOORS Requirements and Verification Data Bases developed in the frame of the Meteosat Third Generation (MTG) Programme This entails assuming responsibility, at the technical and coordination level, of the specification, planning, preparation, presentation, execution and reporting on those activities Study on -Time Constrained Parameter Estimation from Geostationary Data The goal of the study is the constitution of a calibration/validation dataset for the IASI level 2 atmospheric composition products with ground-based retrievals and in-situ measurements.

3 1.8.' 2.1.' 11/ Nosaukums: Metereoloģiskās programatūras inženiera atbalsta pakalpojums Meteorological Product Software Engineering Support Development of operational software using Fortran and/or C and preferably C++ in a UNIX environment. Validation of meteorological products. Configuration control of software and data. Implementation of scientific algorithms from a given specification. 2. iepirkumu, piegāžu un projekta konkursi, kuri notiek GMES (Global Monitoring for Environment and Security) ietvaros un Latvijai ir atļauts piedalīties. 3. iepirkumu, piegāžu un projekta konkursi (piedalīties iepirkumu un piegāžu konkursos ir iespējams sadarbojoties ar ESA dalībvalstu uzņēmumiem, ja šie dalībvalstu uzņēmumi paši piedalās un reģistrējās ESA iepirkumu mājas lapā un tādējādi saņem nepieciešamos iepirkuma dokumentus) 3.1.' 3.2.' 3.3.' 3.4.' n n n AO6808 AO6770 AO6838 AO6894 Liela formāta, mazo un vidējo pikseļu detektora bloku izstrāde ar augstu dinamisko diapozonu, augstu veiktspēju NIR un SWIR viļņu joslās CO-II SSA sistēmas arhitektūrālā dizaina projektēšanas mērķis būs pētījums par pilnīgu un konsekventu arhitektūru, pievēršoties visām sistēmas sastāvdaļām, tāpat kā uz to saskarnēm Nepieciešams izveidot pamatotu un saturīgu XO kristālu oscilatoru aprakstu/tehnisko specifikāciju/noteikt prasības konkurētspējīga XO kristāla oscilatoram Augstas kvalitātes 3D enerģisko elektronu spektrometrs. Posmi A/B - veikta arī instrumenta Development of large format, small to medium pixel detector arrays for high dynamic range, high performance operation in the NIR and SWIR. X+CZ Based on the system requirements, the architectural design will aim at the study of a complete and consistent architecture addressing all the components of the system as well as their interfaces. A+B+CH+D+E+F+GR +I+N+POR+GB+FIN+ LUX Pētījums X+CZ+CDN Methods for providing full 3-D information of the incident electron fluxes shall be

4 3.5.' 3.6.' 3.7.' 3.8.' (Francija) n n w.tendersi nfo.com/ om.esa.int /telecom/ www/lang uage/inde x.cfm? flanguagei d=5 AO AO6904 AO6860 optimizācija un dizaina koncepcijas konsolidācija Zemes nogruvumu un zemes iegrimšanas uzraudzības, paredzēšanas un brīdināšanas sistēmas izstrāde. Apraksts: LIDAR instrumentiem (rīkiem) nepieciešama precīza spektrāla un radiometriska kalibrēšana, izstarojot lāzera līniju. Mērķis: Izpētīt un demonstrēt optiskās filtrēšanas tehnoloģiju, kā arī LIDAR kalibrēšanu. Pētījums balstīsies arī uz lidojumā notiekošo un optisko kalibrēšanu. Nākotnes kosmosa LDIAL sistēmas kā SCOPE vai SPACEWAVES). Apskats par optiskās filtrēšanas tehnoloģijām (ieskaitot makro un mikro optiku). Izstrādāt un veikt testēšanu augstas efektivitātes un platjoslu 250W Ka joslu TWT inženierijas modelim Pētījums: Dual režīma un elektrisko dzinējspēku sistēmas evaluated - include evaluation of multiple orthogonal detector modules, etc. B+CH Assess the feasibility of using space based assets to assist in predicting landslides and subsidence likely to affect the transport infrastructure in order to reduce the damage to this infrastructure +S+CH+IRL+GB+A+ X+CZ Description: LIDAR instruments require accurate spectral and radiometric calibration of the emitted laser line. This is particularly critical for DIAL (Differential absorption LIDAR) systems where several wavelengths are used (with on and off lines very close to each other) and because the measurement relies on differential absorption techniques (requiring accurate knowledge of the laser power for each line). X+CZ To design, develop and test an engineering model (EM) of a wideband and highly efficient 250 W Ka band TWT (Traveling Wave Tube) X+CZ+CDN The objective of this activity is to conduct a system trade off study

5 3.9.' nl nl AO6914 X/X/K-frekvenču joslu uztvērējraidītāja izstrāde kosmosa izpētes missiju uzlabošanai with legal assessment of a typical telecoms mission using dual mode and electric propulsion as a propulsion sub system combination. X+CZ+CDN Development of an X/X/K-band transponder EM for Near Earth Research missions which will require the use of the 26 GHz K- band frequency band allocation for high data rate downlinks. X+CZ 4. QB50 projekta konkursi 4.1.' QB50 Project w.qb50.eu /call.php Call for CubeSat Proposal s Ieteikumi/priekšlikumi 15 lappušu garumā par: īss apraksts par QB50 lidojuma iespējām, misijas uzdevumiem, nesējraķetēm, orbītu, zemes staciju tīklu, izvēlēto zinātnisko sensoru specifikācijām, izvietošanas sistēmu, CubeSat prasībām, tehnisko specifikāciju, grafiku... un vēl citiem nozīmīgiem punktiem Iepirkuma sākums 1. septembrī, aprakstam nevajadzētu pārsniegt 15 lpp. Ar visu ievadu saturu un nobeigumu, kopumā tiks izvēlēti 5 labākie priekšlikumi, no kuriem 1-2 būs pamatā un pārējie rezerves varianti. Ja būs daudz pieteikumu tiks izvēlēti pēc iespējas no vairākām valstīm, lai padarītu CubeSat internacionālāku. 5. FP7 sadarbības programmas projektu konkursi 5.1.' e/cooperat ion? SPACE- 1 SPACE- 1 Nosaukums: Call 5 Topics called: 1. -based applications at the service of Society: Testing and validating the intelligencedriven and high time-critical scenarios of the CONOPS (Collaborative Project) (EUR 4 million) Collaborative Projects - At least 3 independent legal entities, each of which is established in a MS or AC, and no 2

6 Testing and validating the low time-critical components of the CONOPS (Collaborative Project) (EUR 2 million) GMES Security Support to EU External Actions (Collaborative Projects) (EUR 4 million) Support to emergency response management (Collaborative Project) (EUR 2 million) Preparing takeup of GMES Sentinel data (Collaboration Projects) (EUR 2 million) 2. -based applications at the service of Society: Research and development for In-situ component (Collaborative Project) (EUR 2 million) GMES Climate Change Coordination of Earth observation data validation for reanalysis (coordinating) (EUR 2 million) GMES Climate Change Data archiving and exchange (Collaborative Project) (EUR 2 million) Consolidation of user requirements for GMES (supporting or coordinating) (EUR 2 million) 3. Strengthening the foundations of science and technology: Exploitation of science and exploration data (Collaborative Project) (EUR 2 million) 4. Strengthening the foundations of science and technology: Key technologies enabling observations in and from space(collaborative Project) (EUR 2 million) Key technologies for in-space activities (Collaborative of which are established in the same MS or AC. (Member State or Associated Country) Coordination action - At least 3 independent legal entities, each of which is established in a MS or AC, and no 2 of which are established in the same MS or AC Supporting action - At least 1 independent legal entity established in a MS or AC. Indicative budget: EUR 84 million Papildus informācija dokumentā:call Fiche

7 5.2.' e/capacitie s? REGPOT REGPO T Project) (EUR 2 million) 5. Cross-cutting activities Testing and validating the low time-critical components of the CONOPS (Collaborative Project) (EUR 1,5 million) 6. Cross-cutting activities/ Studies and events in support of Policy: Studies and events in support of Policy (supporting or coordinating) (EUR ) Research agenda definitions and research activity road-maps for a Research framework programme (coordinating) (EUR ) New emerging research needs - reduction of vulnerability of space infrastructure(coordinating) (EUR ) Nosaukums: Integration of research entities from the EU s Convergence and Outermost regions in the ERA and enhancement of their innovation potential. Nepieciešams uzrakstīt projektu par jebkuru ES FP7 programmas pētniecības tēmu. The overall aim of the Capacities programme is to enhance innovation efforts throughout Europe. Supporting Action. Conditions: 1 independent legal entity Indicative budget: EUR million Main FP7 themes: Agriculture and Biotechnology, Information and Communication Technologies, Nanosciences, Nanotechnologies, Materials and new Production Technologies, Energy, Environment (including Climate Change), Transport (including Aeronautics),. 5.3.' e/capacitie s? SCIENCE -IN- SOCIETY SCIENC E-IN- SOCIET Y- 1 Nosaukums: Science in Society Relationships between science, democracy and law: Governance frameworks for Responsible Research and (RRI) (Collaborative project) EUR 3.5 million 2. Mobilisation and Mutual Learning: mainstreaming SiS Collaborative Projects: At least 3 independent legal entities, each of which is established in a MS or AC, and no 2 of which are established in the same MS or AC. Coordinating action: At least 3 independent legal entities, each of which is established

8 -1 actions in research (Supporting action) EUR 4 million International Coordination in the field of Responsible Research and (RRI) (supporting action) EUR 2.5 million 3. Encouraging the debate on information dissemination, including access to scientific results and the future of scientific publications, taking also into account measures to improve access by the public (Coordinating action) EUR 1.5 million in a MS or AC, and no 2 of which are established in the same MS or AC. Supporting action: At least 1 independent legal entity 5.4.' 5.5.' e/capacitie s? SME e/cooperat ion? NMP- ICT-FoF SME NMP- ICT-FoF Nosaukums: Research for the Benefit of Small or Medium Enterprises Projekts: iepirkumi mazajiem un vidējiem uzņēmumiem par jebkuru ES FP7 pētniecības tēmu. Research for SMEs SME-1 (Research for the benefit of specific groups) EUR 150 million Research for SME Associations SME-2 (Research for the benefit of specific groups) EUR 49.7 million Demonstration Activity SME- 3 (collaborative project) EUR 20 million Nosaukums: Factories of the Future Augstas precizitātes ražošanas tehnoloģijas, 3D mikrodaļu ražošanai. FoF.NMP.5: High precision production technologies for high quality 3D micro-parts (Collaborative project) EUR 14 million The call is open to all research fields. Minimum conditions: 1. Research for the benefit of specific groups - At least 3 independent legal entities, each of which is established in a MS or AC, and no 2 of which are established in the same MS or AC. 2. Collaborative Projects - At least 3 independent legal entities, each of which is established in a MS or AC, and no 2 of which are established in the same MS or AC. Minimum conditions: shall be the participation of 3 independent legal entities, each of which is established in a MS or AC and no two of which are established in the same MS or AC

9 5.6.' esearch/dg s/tenders/r tdtender_en. cfm? tender_ref =s /S Nosaukums: FP7 Theme "Nanosciences, Nanotechnologies, Materials, and new Production Technologies" Call for tenders for Project Technical Advisers (PTA) for Nanosciences, Nanotechnologies, Materials, and new Production Technologies (NMP) projects: Lot 1: New forms of production Lot 2: Materials Lot 3: Nanosciences and Nanotechnologies EUR 3 6 million Ievadot norādītajā adresē kontaktinformāciju un e-pastu, uz norādīto e- pastu tiks nosūtīti iepirkumu apraksti, kā arī citi dokumenti, kas attiecināmi uz konkrētu iepirkumu. 5.7.' 5.8.' 6.1.' e/cooperat ion? AAT- RTD-L0 e/cooperat ion? AAT- RTD- JAPAN AAT- RTD-L0 AAT- RTD- JAPAN Nosaukums: FP7 Aeronautics and Air Transport (AAT)- RTD-L0 Daudzsološas inovatīvas idejas nākotnes gaisa transporta attīstībai. Breakthrough and emerging technologies Radical new concepts for air transport The requested EU contribution shall not exceed EUR to each topic Nosaukums: FP7 - Aeronautics and Air Transport (AAT)- RTD-JAPAN Sadarbība ar Japānu gaisa transporta laika efektīvas izmantošanas palielināšanā Enhancing cooperation with Japan in the field of aeronautical communications The requested EU contribution shall not exceed EUR kārtas: Funding scheme: Collaborative Projects - small or mediumscale focused research projects. Minimum conditions: At least 3 independent legal entities, each of which is established in a MS or AC Papildus informācija norādītajā adresē dokumentā: AAT- RTD-L0 - Call Fiche Up to 1 project may be funded. Collaborative Project - small or medium-scale focused research project. At least 3 independent legal entities, each of which is established in a MS or AC and At least 2 independent legal entities established in Japan 6. DTU Starptautiskā kosmosa institūta piedāvātās apmācību programmas gan iesācējiem, gan maģistriem, gan doktoriem DTU National Institute w.space.dt u.dk/engli sh/educati on/all_co urses.aspx Pārsvarā aptuveni 13 nedēļu gari apmācību kursi lekciju veidā dažādās Eiropas valstīs, kuru rezultātā var iegūt diplomu attiecīgajā ar kosmosu saistītajā nozarē + kredītpunktus Ja kurss šogad ir nokavēts, tad iespējams pieteiktie s uz nākamā Novirzienu piemēri: GPS, GIS and Setting out; Remote Sensing; -borne and ground based geodetic techniques for hydrology etc. Papildus informācija

10 gada pavasara semestri. pieejama norādītajā mājas lapā. 7. Citu organizāciju iepirkumu, piegāžu un projektu konkursi 7.1.' Tenders Zeal w.tenders zeal.com/t enders.ph p? id= &code= &country =FR&pid = Satelīta antenas piegāde Develop high performance Q/V band Earth deck antennas for broadband feeder links. (France) Papildus informācija pieejama norādītajā mājas lapā un dokumentus iespējams iegūt samaksājot 49$ Latvijas kosmosa tehnoloģiju klāstera dalībniekiem projekta Kosmosa tehnoloģiju klastera attīstības pasākumi 2011 ietvaros ir iespējams saņemt atbalstu dokumentācijas sagatavošanā, lai klāstera dalībniekiem dotu iespēju piedalīties iepriekš uzskaitītajos iepirkumos. Neskaidrību, vai turpmākas informācijas nepieciešamības gadījumā, sazināties ar Evu Daiginu. Kontaktinformācija: Eva Daigina VATP attīstības un mārketinga daļas projektu vadītāja Tālrunis: Mob. telefons: Fakss: E-pasts: Skype: eva.daigina