{"text_format":"5","workbook":"xls","n_sheets":3,"sheets":["Sheet1","Sheet2","Sheet3"],"props":{"last_modified_by":"Andrea Donnellan"},"not_rendered":{"external_links":1,"defined_names":1},"read":"whole","wrapped":"gz","date_system":"1904","formulas":"cached_only"}

{"sheet":"Sheet1","index":0,"n_rows":96,"n_cols":11,"rows_kept":96,"flags":["formulas_cached_only"]}
[null,null,"due","20% cut","JPL","UC","Brown","Indiana","UCI","USC"]
["Administration"]
["A","Software engineering plan completed","2001-12-30",84,19,15,15,15,5,15]
["B","First Annual Report delivered ","2003-01-30",50,50]
["C","Second Annual Report delivered","2004-01-30",50,50]
["D","Final Report delivered","2004-08-30",35,35]
["Code Improvement"]
[null,"Develop requirements ","2002-02-28",80,15,15,15,15,5,15]
["E","Code baseline completed","2002-01-30",165]
["VC1","   Simulations: VC Benchmarking, MPI port",{"$nulls":3},20]
["VC2","   Visualization: Conversion of IDL to XML ",{"$nulls":3},10]
["VC4","   Documentation: ",{"$nulls":3},10]
["TT1","   Benchmark single fault MPI code on SAF@Parkfield",{"$nulls":4},75]
[null,"   Baseline parallel HMM",null,null,30]
[null,"   Baseline 3D FEM on Northridge",null,null,0]
[null,"   Single fault MPI code on SAF@Parkfield",null,null,20]
["F","First code improvement completed","2003-06-30",213]
["VC5","   Simulations: integrate with Gateway Portal",{"$nulls":3},15]
["VC6","   Data Mining: Conversion of KLE, integrate HMM",{"$nulls":3},20]
["VC7","   Data Assimilation",{"$nulls":3},10]
["VC9","   Documentation",{"$nulls":3},3]
["TT2","   Run Parkfield with <=500m cells",{"$nulls":4},95]
[null,"   Run Parkfield with <=500m cells",null,null,10]
[null,"   Automatic parellel mesh refinement",null,null,0]
[null,"   Automatic determination of number of classes",null,null,35]
[null,"   Test using seismic records, and GPS data",null,null,25]
["G","Second code improvement completed","2004-06-30",235]
["VC10","   Simulations",{"$nulls":3},30]
["VC11","   Data Mining",{"$nulls":3},30]
["VC12","   Data Assimilation",{"$nulls":3},10]
["VC14","   Documentation",{"$nulls":3},5]
["TT3","   Multiple faults",{"$nulls":4},100]
[null,"   Multiple faults",null,null,10]
[null,"   Ingest fault database into FEM",null,null,0]
[null,"   Use RIVA and ParVox for visualiztion of FEM, HMM",null,null,50]
["Interoperability"]
["H","Design policy for interoperability agreed upon","2002-06-30",275]
["VC3","  API Standardization: Prototype defined",{"$nulls":3},10]
["GF1","   Prototype Object Grid Services 1st demo",{"$nulls":5},180]
[null,"  Prototype Object Grid Services 1st demo",null,null,85]
["I","Interoperability prototype tested","2003-06-30",340]
["VC8","  API Standardization:Prototype demonstrated",{"$nulls":3},10]
["GF2","  Prototype Object Grid Services 2nd demo",{"$nulls":5},220]
[null,"  Prototype Object Grid Services 2nd demo",null,null,100]
[null,"  Prototype Object Grid Services 2nd demo",{"$nulls":6},5]
[null,"  Prototype Object Grid Services 2nd demo",{"$nulls":4},5]
["J","Full interoperability demonstrated","2004-06-30",180]
["VC13","  API Standardization: Done",{"$nulls":3},10]
[null,"  Object Grid Services operational",{"$nulls":5},60]
[null,"  Object Grid Services operational",null,null,100]
[null,"  Object Grid Services operational",{"$nulls":6},5]
[null,"  Object Grid Services operational",{"$nulls":4},5]
["K","Customer delivery accomplished","2003-11-30",50]
[{"$nulls":7},20]
[{"$nulls":4},30]
["L","Grid Software wizards completed","2003-11-30",55]
[{"$nulls":7},15]
[{"$nulls":4},40]
["Education and Outreach",null,null,20]
["M","Partnerships formed","2002-01-30",null,5]
["N","Educational tools completed","2002-11-30",null,5]
["O","Disaster tools developed & transferred","2002-11-30",null,10]
["Visualization",null,null,10]
[null,"Generate requirements",null,null,10]
["P","Modify RIVA and ParVox for EQ visualiz.","2003-01-30"]
["Q","Interface RIVA and ParVox","2003-06-30"]
["R","Demonstrate interoperability","2003-06-30"]
["Fault database",null,null,125]
["S","Design Fault database","2002-06-30"]
[{"$nulls":8},10]
[{"$nulls":4},10]
[{"$nulls":7},5]
["T","Preliminary fault database","2002-12-31",{"$nulls":5},30]
["U","Functional fault data base","2003-06-30",{"$nulls":5},20]
["V","Updated fault database","2003-12-31",{"$nulls":5},35]
["W","Publish Fault base documentation","2004-12-31",{"$nulls":5},15]
["Federated DB",null,null,193]
["X","Select, obtain, and deploy commercial DB","2002-03-01",{"$nulls":6},35]
["X1","Buy database system","2002-03-01",{"$nulls":6},35]
["Y","Design new DB for dynamically defined faults","2002-06-30",{"$nulls":6},35]
["Z","Implement key DB","2003-01-30",{"$nulls":6},30]
["AA","Define, obtain, develop XML interfaces","2002-11-30",{"$nulls":6},15]
["BB","Develop & deploy mechanism for multi-db mining","2003-06-30",{"$nulls":6},28]
[null,"Install DB ","2002-03-01",null,15]
["Total",null,null,2160]
[]
[]
[{"$nulls":3},2160,759,223,310,530,130,208,2160]
[{"$nulls":3},0]
[]
[]
[{"$nulls":3},"2002-06-30",967]
[{"$nulls":3},"2003-06-30",733]
[{"$nulls":3},"2004-06-30",410]
[{"$nulls":3},"2004-08-30",50]
[{"$nulls":3},"check sum",2160]

{"sheet":"Sheet2","index":1,"n_rows":82,"n_cols":11,"rows_kept":82,"flags":["formulas_cached_only"]}
[14,null,"due","Value ($K)","JPL","UC","Brown","Indiana","UCI","USC"]
["Administration",254]
["A","Software engineering plan completed","2002-03-01",84,19,15,15,15,5,15,84]
["B","First Annual Report delivered ","2003-01-30",60,60]
["C","Second Annual Report delivered","2004-01-30",60,60]
["D","Final Report delivered","2004-08-30",50,50]
["Code Improvement",754]
[]
["E","Code Baselines, Scaling Analysis, Performance Analysis completed  (generate scaling curves for codes which are already parallel, baseline serial performance for codes which are not already parallel)","2002-06-30",243,162,55,25,0,0,0,242]
[null,"PARK with 15,000 elements for 500 time steps, expecting 25? hours",null,null,7,null,25]
[null,"GeoFEST - includes serial iterative solver.  10,000? elements XXXX timesteps ",null,null,14]
[null,"Mesh generation - Use JinFa Lee's mesh generator to generate a mesh for a fault in a box consistent with the baseline case for GeoFEST",null,null,14]
[null,"Virtual California with N=215 segments for 10000  time steps, serial implementation on 1 GHz workstation",{"$nulls":3},20]
[null,"SLIDER, serial code, with 512 by 512 problem for 10000 time steps, running on 1 GHz serial workstation",{"$nulls":3},10]
[null,"Phase Dynamical Probability Change Index with N = 3000, resolution of 10 km event sizes, running on 1 GHz workstation",{"$nulls":3},5]
[null,"Data Mining via Karhunen-Loeve Space-Time Pattern Analysis with  N = 3000,  resolution of 10 km event sizes, running on 1 GHz workstation",{"$nulls":3},5]
[null,"STRESSCO codes Green's function calculator as an example of FLTGRV, FLTGRH, STRGRV, STRGRV), N = 215 (so 46,225 Green's functions) running on 1 GHz serial workstation",{"$nulls":3},10]
[null,"DataMining via Genetic Algorithm Analysis, Population = 100 for 10,000 generations, running on 1 GHz workstation",{"$nulls":3},5]
[null,"Hidden Markov Model - use SCEC seismicity database 1960-2000 for M>=3 (10,000 unknowns)",null,null,7]
["F","First code improvement (Choose several from list below for functional enhancement and speedup)","2003-06-30",253,340,70,25,0,0,0,435]
[null,"PARK on 256 CPU machine with 400,000 elements, 5,000 time steps in 25 hours",null,null,42,null,25]
[null,"GeoFEST - links to PYRAMID and runs on a parallel machine",null,null,56]
[null,"SLIDER, MPI code, 1024 x 1024, 10,000 time steps, running on M-processor machine, speedup of approximately M/4",{"$nulls":3},50]
[null,"Data Mining via Karhunen-Loeve Space-Time Pattern Analysis with N = 300,000,  resolution of 1 km event sizes, running on M-processor machine, performance change of approximately M/100",{"$nulls":3},10]
[null,"DataMining via Genetic Algorithm Analysis, Population = 10000 for 1000 generations, running on 1024-processor machine, run time of 1 day",{"$nulls":3},10]
[null,"Hidden Markov Model - Demonstrate robust solution using synthetic data",null,null,84]
["G","2nd code improvement - further optimization for some codes, pick up others that were neglected in 1st improvement","2004-06-30",258,360,120,25,0,0,0,505]
[null,"PARK on 1024 CPU machine with 2,000,000 elements, 30,000 time steps, in 130 hrs",{"$nulls":4},25]
[null,"GeoFEST (assuming availability of 880 processor machine) 16M elements, 1000 time steps, in 24 hours"]
[null,"Virtual California with N=700 segments for 10000  time steps, MPI parallel implementation, running on M-processor machine, speedup of approximately M/10.  Investigation of fast multipole method for this code.",{"$nulls":3},60]
[null,"Phase Dynamical Probability Change Index with N = 300,000, resolution of 1 km event sizes, running on M-processor machine, speedup of at least M/100",{"$nulls":3},10]
[null,"STRESSCO codes Green's function calculator as an example of FLTGRV, FLTGRH, STRGRV, STRGRV), N = 700 (so ~500,000 Green's functions) running on M-processor machine, speedup of ~ M/16.  ",{"$nulls":3},50]
["Interoperability",1115]
["H","Review board approves requirements and a preliminary design for functionality.","2002-06-30",375,69,3,3,80,23,108,286]
[null," Graphical user interface",null,null,7,null,null,"XX"]
[null," Requirements and preliminary designs published on web.",null,null,7]
[null,"JAVA wrapper model with XML defined",null,null,7,null,null,"XX"]
[null,"Design DB, Virtual XML, EJB, Java Layer",null,null,7,null,null,"XX",null,"XX"]
[null,"Collaboration design based on Garnet",{"$nulls":5},"XX"]
[null,"Initial Gateway portal service working",{"$nulls":5},"XX"]
[null,"Visualization requirements defined",null,null,7,null,null,"XX"]
[null,"Select, purchase, and deploy XML tools",null,null,3,3,3,4,3,3]
[null,"Select and deploy commercial DB",{"$nulls":7},35]
[null,"Buy database system",{"$nulls":7},35]
[null,"Design new federated DB for GEM system",null,null,13,null,null,"XX",null,35]
[null,"Design fault DB",null,null,5,{"$nulls":3},20]
[null,"Collect requirements for Disaster Management system from California OES, and USGS",null,null,13]
["I","Review board approves ","2003-06-30",340,104,0,0,125,67,0,296]
[null,"Demonstration of interface of Gateway and  GeoFEST with simple visualization satisfying preliminary design requirements",null,null,52,null,null,"XX"]
[null,"Mesh generation - Demonstrate ingesting fault geometry and rheology from federated DB, to generate a starting mesh using JinFa Lee's routines. Note: uses preliminary fault DB which Lisa says can be ready Dec 02",null,null,39,{"$nulls":3},42]
[null,"Functional fault DB and documentation for Southern California",{"$nulls":6},25]
[null,"Demonstration of prototype system to members of OES and USGS. Their feedback to be assimilated in next delivery.",null,null,13]
["J","Review board approves delivery of completed framework and updated documentation for:","2004-06-30",375,135,30,0,125,42,0,332]
[null,"Mesh generation - Demonstrate adaptive mesh capability within GeoFEST using a fault stepover geometry wherein the mesh is adapted to accommodate large strains in the stepover as the displacement on the main faults grows.",null,null,52]
[null,"Disaster Management system - Final delivery to OES and USGS",null,null,13]
[null,"Virtual California",{"$nulls":3},5]
[null,"SLIDER",{"$nulls":3},5]
[null,"Phase Dynamical Probability Change Index",{"$nulls":3},5]
[null,"Data Mining via Karhunen-Loeve Space-Time Pattern Analysis",{"$nulls":3},5]
[null,"STRESSCO codes as an example of FLTGRV, FLTGRH, STRGRV, STRGRV)",{"$nulls":3},5]
[null,"DataMining via Genetic Algorithm Analysis",{"$nulls":3},5]
[null,"Hidden Markov Model - demonstrate interaction with federated DB through framework",null,null,28]
[null,"disloc",null,null,14]
[null,"visco",null,null,14]
[null,"SIMPLEX",null,null,14]
[null,"Final fault DB for  California with documentation",{"$nulls":6},42]
[null,"Geoffrey milestone -or have him involved with each of above "]
["K","Demonstrate integration of one external user application into the framework using the GRID framework wizards","2004-06-30",15,12,null,null,3,null,null,15]
["L","Issue testable 5 year earthquake forecast for M>5 for S California","2004-06-30",10,null,10,{"$nulls":4},10]
["Optional"]
[null,"Riva: Produce movies of the strain, stress, and displacement  data generated from Virtual California and GeoFEST of 1 km resolution for S. California in an integrated way through the grid framework.","2003-06-30",28,13,10,null,5,null,null,28]
[null,"ParVox: Provide an interactive volumetric visualization tool to permit user-controlled view from arbitrary vantage points inside a volume, displaying 3D structure, strain, physical properties, meshes, and seismicity through the grid framework.","2004-01-30",5,5,{"$nulls":5},5]
[null,"PYRAMID: Mesh generation - Demonstrate adaptive mesh capability within GeoFEST using a fault stepover geometry wherein the mesh is adapted to accommodate large strain gradients in the stepover as the displacement on the main faults grows, and coarsening of the mesh in areas wherein the strain field grows smoother.","2004-06-30",14,14,{"$nulls":5},14]
[]
[]
[]
[]
[null,null,"TOTAL",2170,null,591,{"$nulls":4},2252]
[null,null,"TARGET",2160]
[{"$nulls":3},-10]
[]
[null,"charles norton"]

{"sheet":"Sheet3","index":2,"n_rows":0,"n_cols":0,"rows_kept":0,"flags":["formulas_cached_only"]}