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Gideon Koch
2020
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// The first line should include the project name // The second and on at the same level will be the upper level // To add a sub level, use the TAB key // To manage your status and budget, register for free Emergency services management platform Fully operational IMS-driven emergency services management platform Design and development of the modules of the GEMS and its interfaces with both existing IMS infrastructure and GERYON elements Specification of all basic IMS core modules and interactions among them: architecture, diagrams and message format Specification of IMS based services that will be used for later provision of PMR-grade services: single/MPTY call, location, security and transcoding: architecture, diagrams and message format IMS realms, naming and addressing conventions Full IMS core deployment Deployment of emergency call routing support in the IMS core Deployment of the XDMS Location support Extension and enhancement of IMS user profiles Identify the Information to be included in the profiles of different IMS users Relationship of groups, resource-lists, capabilities and presence-rules with overall Geryon structure Suggest OAM operations fitting proposed organizational procedures motivated by end users’ feedback Study which information should be included in user subscription in the HSS or/and in a central data repository Structure (hierarchy) of XDMS repository Design and development of currently unsupported IMS services in order to provide PMR-grade emergency services GroupCall service Design of GroupCall Development of GroupCall PTT service Design of PTT Development of PTT Server Development of PTT capabilities in clients (floor control) Location & Presence Service Design of Location & Presence PIDF-LO, XCAP, etc Deployment and test of Location-Presence integration Location capabilities in clients Integration of not-so-standardised features such as dispatch, PRACK, empty SDP… in general purpose IMS stack Contribution to standardisation activities based on the knowledge derived from integrating the GERYON prototype platform Contributions to TM Forum Contributions to ITU Contributions to HGI Contributions (follow) TTCA Attending/contributing to GSMA/UMTS/etc… GERYON Enhanced Management System (GEMS) and related MGW and SGW design and development Collection of the requirements to be fulfilled by GEMS User requirements gathering (Review D2.1… organizational requirements) Tehnical requirements gathering (Review D2.2… overall architecture) Definition and specification of GEMS Specification of GEMS logic according to GERYON use cases Specification of the internal interfaces among GEMS modules (RCM, SMM, TMM, ESMM and TAMS) Definition of data structures to be managed among GEMS modules Specification and integration of the GEMS node into the IMS architecture GEMS over IMS overall architecture based on the AS+3PCC approach Configuration of IMS core to allow GEMS operation Design and development of the key components of the GEMS system including TAMS and control room interface 3PCC core (GEMS call controlling skeleton) Design of 3PCC(pure 3ppc, b2bua, session accounting, billing) Development of 3PCC (pure 3ppc, b2bua, session accounting, billing) RCM Design of RCM (statistics gathering interface, accounting, bearer status tracking) Development of RCM (statistics gathering interface, accounting, bearer status tracking) ESMM Design of ESMM Development of ESMM TMM Design of TMM Development of TMM SMM Design of SMM Development of SMM TAMS Design of TAMS (regardless the logic) Development of TAMS (skeleton & logic developed in 3) CONTROL ROOM Design of CONTROL ROOM Development of CONTROL ROOM Design and development of the MGW Design of MGW internals Development of MGW/GEMS interface (either Mr':MRFC style, etc… see D2.2) Development of MGW transcoding capabilities Design and development of the SGW Design of SGW internals Development of SGW/GEMS interface (either NDS e2e e2ae e2me, etc… see D2.2) Development of SGW trans-ciphering/AS management capabilities Specify the interfaces of the management modules in the GEMS with the TD-EGS, MGW and SGW Specification of the high level information to be exchanged (specific IMS flow diagrams and message format are considered in 3.1.1) TAMS logic research and development Design and implementation of a centralized repository for keeping service requirements and related information Definition of devices/organization capabilities, codecs, service requirements, etc. Research the interactions with the different TD-EGS considered Detailed flow diagrams and message format Research the effects of alternative communication settings and the acceptance by end users Empirical tests on QoE QoI in emergency environments Models of QoE/QoI in emergency environments To orchestrate the fulfilment of grade of service requirements in a coordinated way Definition of quality adaptation related heuristics Definition of prioritization related heuristics To design and develop the internal interfaces and data information flows between TAMS and the different management modules Information (session, priorities, QoS constraings, statistics, type of session, associated sessions -i.e. Groupcall) GEGW reference GW and TETRA specific pilot GEGW Specification of a reference GEGW andrequired procedures to interoperate with the rest of IMS based GERYON components Design of reference GEGW external interfaces with IMS Design of reference GEGW internal modules and related operations TD-IMM TD-EGS TD-TMM TD-SMM Specification of the high level information about users/codecs/services/etc to be managed by the reference GEGW Design and development of a particular GEGW for TETRA Design of TETRA GEGW modules TD-IMM TD-EGS (TETRA TD-COMM, TD-MON, TD-CALL, TD-MSG, TD-SIPM) TD-TMM (TETRA TD-MMM) TD-SMM Development of TETRA GEGW modules TD-IMM TD-EGS (TETRA TD-COMM, TD-MON, TD-CALL, TD-MSG, TD-SIPM) TD-TMM (TETRA TD-MMM) TD-SMM GERYON clients Specification of client requirements and security limitations Specs for different clients considered Design and development of GERYON sw client to support basic IMS communications Adaptation of IMSDroid (ngnstack) to fulfill basic IMS communications requirements Include XDMS functionalities in IMSDroid 2.0 Adapt ngnstack to follow GERYON procedures (empty SDPs, PRACKs, etc..) Integrate PTT and Presence modifications into the client Design and development of specific UI to launch the emergency communications Red Button UI PMR UI Design and development of a client to provide advanced feedback to the GEMS (either directly or via TD-EGS) Cellid, NP and QoS/QoE information specification and reporting procedures Develop NP/QoE gathering mechanisms and signalling interfaces (see D2.2) Emergency services support in 4G LTE network Review of standardisation activities related to LTE emergency communications Analysis of SoTA on LTE and emergency Specification of IMS-driven LTE emergency communications LTE-IMS mapping specifications Design and development of LTE TD-EGS Deployment & evaluation of LTE & management system Design of LTE TD-EGS Design of MPTY agent Design of Presence agent Design of Location service Design of QoS agent Design of Network Status agent Development of LTE TD-EGS Development of MPTY agent Development of Presence agent Development of Location service Development of QoS agent Development of Network Status agent Testing and validation of the proposed IMS-driven LTE emergency communications Overall TD-EGS and IMS clients testing Dissemination, standardisation and commercial exploitation of the project outcomes To create a website for information dissemination GERYON website Ensure that the knowledge generated from the project is identified in a timely and adequately manner Press releases and general public dissemination Dissemination in scientific events, publications etc To have a detailed business plan for the commercial exploitation of the project’s results Business plan To contribute to standardisation activities and procedures through the participation to standardisation bodies and fora Contributions to TM Forum Contributions to ITU Contributions to HGI Contributions (follow) TTCA Attending/contributing to GSMA/UMTS/etc… Efficient Project management and coordination Provide an effective project management framework PMQA Roadmap Document templates and formating guidelines Overall supervision Audios & meetings Regular reviewing and assessing of the partners’ performance QMRs IPRs
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