【法规名称】
【颁布时间】 2002-08-02
【法规编号】 43186 什么是编号？
【正 文】
第4页 IMPLEMENTING ARRANGEMENT #14 CONTINUING DEVELOPMENT OF THE LOCAL ANALYSIS AND PREDICTION SYSTEM DEVELOPMENT OF A WARNING DECISION SUPPORT SYSTEM PURSUANT TO THE AGREEMENT BETWEEN THE TAIPEI ECONOMIC AND CULTURAL REPRESENTATIVE OFFICE IN THE UNITED STATES
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[接上页] The following summarizes the schedule and resources required forTask #1. Performance Period: ───────── 1 Complete hot start demonstration (run at FSL)1/1/02-12/30/022 Continue LAPS Ⅱ analysis1/1/02-12/30/023 Provide LAPS user training, and documentation7/1/02-12/30/02Resourfces Required:25 ％ FSL/CWB Joint Team────────── Deliverables: ─────── 1 Improved clud and precipitation analysis11/30/022 LAPS Ⅱ and MM5 model software with hot start,11/30/02code ported 3 LAPS training materials 11/30/02Tank #2 - Warning decision support System (WDSS) ──────────────────────── NSSL will leas the effort of the development of a warning decis-ion support system for CWB. The WDSS is a suite of devanced alg-oritms and madels that utilize radar and satellite data, integr-ated with other weather sensor data (e.g., rain gauge, lightning, surface data, satellite imagery) to provide hydrological guid-ance in addition to identification of severe weather for shortterm forecasting and warnings. The WDSS consists of four components:1) data integrating and 3-Dmosaics, 2) quantitative precipitation estimation, 3) basin del-ineation, and 4) distrabutive hydrological model. During IA #14, NSSL will focus on implementing an initial WDSSand Qflow system. It consists of rapid prototyping and developm-ent of the Qflow system. The Qflow is a distributive hydrologic-al run-off model using QPE-SUMS results. The QPE-SUMS (Quantita-tive Precipitation Estimation and Segregation Using Multiple Se-nsors) algorithm Utilizes a multi-sensor approach to generate i-mproved precipitation estimates and subsequently the identification ofconditions leading to flash floods. The QPE-SUMS will be inputto the model and basin hydrographs simulation. This test will i-dentify real-time simulation issues and operational needs.The real-time model testing, basin calibration, distributed flo-od level criteria development, and operational implementation w-ill follow over the next three years. The following summarizes the suchedule and reources required forTask #2: Performance Period: ────────── 1 Data integration and 3-D mosaics 1/1/02-12/30/022 Quantitative precipitation estimation1/1/02-12/30/023 Basin Delineation1/1/02-12/30/024 Distributive hydrological model1/1/02-12/30/025 Training for Qflow application 1/1/02-12/30/026 Forecast system design 1/1/02-12/30/027 Model verification 1/1/02-12/30/02Resources Required:40 ％ NSSL/CWB Joint Team────────── Deliverables: ─────── 1 Initial Qflow model 11/30/022 Initial QPE-SUMS11/30/023 3-D mosaice and radar QC software 11/30/02Task #3 - Forecast Assistant System ────────────────── FSL and CWB will continue to enhance CWB's current forecast wor-kstation, the Weather Integration and Nowcasting System (WINS Ⅱ), to take advantage of AWIPS' evolution path. FSL will supportupgrading WINS Ⅱ with AWIPS 5.2 Linux and provide necessary tr-aining. FSL and CWB will integrate the outputs from QPE-SUMS as part ofthe WINS Ⅱ system. This is an initial SCAN (System for Convect-ive Analysis and Nowcasting) related work. SCAN is an integratedsuite of applications which detects, analyzes and monitors conv-ention and generates short-term probabilistic forecast and warn-ing guidance for severe weather and flash flood. FSL will continue to provide training of CWB forecasters on theuse of the upgraded AWIPS system including LAPS products, new f-eatures of AWIPS 5.2, and the GFE (Graphical Forecast Editor) ofthe Interactive Forecast Preparation technique (IFP). FSL willalso provide technical suppor on D3D and GFE software customiza-tion to CWB so these two components can be included as part ofWINS Ⅱ. The following summarizes the schedule and resources required forTask #3: Performance Period: ────────── 1 Upgrade WINS with AWIPS 5.21/1/02-12/30/022 Integrate QPE-SUMS 1/1/02-12/30/023 Provide D3D and GFE customization support1/1/02-12/30/024 Provide forecaster training of AWIPS including 9/30/02-12/30/02 GFE Pesources Required:30％ FSL/CWB Joint Team───────── Deliverables: ────── 1 AWIPS software 11/30/02 2 QPE-SUMS component 11/30/02 3 D3D and GFE software 11/30/02 4 AWIPS/GFE training material11/30/02 Task #4 - Continuing interaction on earlier cooperative projects──────────────────────────────── During the Implementing Arrangement #13 period, several ealiercooperative projects were completed and technology has been tra-nsferred successfully and is being used operationally at CWB. E-xamples of these earlier cooperative projects ate the WFO-Advan-ced workstation and data assimilation. This task will allow. continuing interaction in these mentioned areas at an "appropri-ate" level, plus forecaster training, exchange of short-tem vis-itors, copying parpers and reports, and e-mail interaction. |
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