Stennis Space Center Awarded Task Orders and BPA Calls - Cloud

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NNS15AA85T / GS35F4550G - THE FOLLOWING PRODUCTS ARE REQUIRED BY THE NASA APPLIED SCIENCE&TECHNOLOGIES PROJECTS (ASTP) BRANCH TO FINISH ONGOING PROJECTS. THE DEADLINE FOR COMPLETING ALL OF THE WORK SPECIFIED IN THIS DOCUMENT IS (2) MONTHS FROM DATE OF AWARD. INTERMEDIATE MILESTONES AND DELIVERABLES WILL BE ESTABLISHED WITH THE NASA PROJECT MANAGERS FOR EACH PROJECT DESCRIBED BELOW. 2. SCOPE OF WORK THE CONTRACTOR SHALL UTILIZE THE EXISTING PRODUCTS CREATED FOR THE IMPERVIOUS COVER APPLICATIONS TOOLKIT (ICAT) TO SUPPORT THE COMPLETION OF THE ICAT PROJECT AND THE ONGOING DEVELOPMENT OF THE SERVIR IMPERVIOUS COVER PROJECT, OYSTER FISHERIES PROJECT, AND THE DRIFTER PROJECT. ALL PROCESSING SHALL BE COMPATIBLE WITH AWS CLOUD COMPUTING RESOURCES PROVIDED VIA NASA'S WESTPRIME CONTRACT UNLESS ALTERNATIVES ARE APPROVED BY THE CHIEF OF ASTP. ALL ASTP PROJECTS OPERATE ON A MONTHLY RELEASE CYCLE, SO THE CONTRACTOR SHALL COORDINATE WITH THE NASA PROJECT MANAGERS AND ANY OTHER SUPPORT CONTRACTORS TO ENSURE ADHERENCE TO THIS SCHEDULE. A MONTHLY STATUS REPORT, USING THE TEMPLATE PROVIDED BY ASTP, IS REQUIRED NO LATER THAN THE FIRST FRIDAY OF EACH MONTH.

Delivery Order - Schedule 70 - General Purpose Commercial Information Technology Equipment, Software, and Services - 443120 Computer and Software Stores

Contractor: Leidos (LOCKHEED MARTIN MANAGEMENT SYSTEMS DESIGNERS, INC)
Contracting Agency/Office: National Aeronautics and Space Administration»Stennis Space Center
Effective date: 08/28/2015
Obligated Amount: $164.4k

NNS14AA72T / GS35F4550G - IMPERVIOUS COVER APPLICATION TOOL DEVELOPMENT PERFORMANCE REQUIREMENTS: THE CONTRACTOR SHALL PERFORM THE FOLLOWING TASKS TO SUPPORT THE DEVELOPMENT AND MAINTENANCE OF THE IMPERVIOUS COVER APPLICATION TOOL (ICAT): 1. ASSIST IN DEVELOPING A METHOD TO AUTOMATE THE RETRIEVAL OF LANDSAT DATA FROM A FREE DATA REPOSITORY. A. PROVIDE ACCESS TO CLOUD FREE LEAF ON AND LEAF OFF LANDSAT DATASETS B. FOCUS ON MOBILE BAY AND TAMPA BAY AREAS 2. UTILIZE MATLAB TO IMPLEMENT ALGORITHMS PROVIDED BY SUBJECT MATTER EXPERTS TO COMPUTE PERCENT IMPERVIOUS COVER. THESE ALGORITHMS WILL INCLUDE: A. CREATING NORMALIZED LEAF ON AND LEAF OFF DATASETS B. COMPUTING NDVI AND NORMALIZED DIFFERENCE VEGETATION INDICES C. COMPUTING PCA TO DETERMINE BRIGHTNESS AND GREENNESS D. COMPUTING TASSEL CAP TO DETERMINE BRIGHTNESS, GREENNESS, AND WETNESS E. GENERATING INDEPENDENT VARIABLE STACK LAYERS F. UTILIZING NLCD IMPERVIOUS COVER MAPS AND LANDSAT NDVI DATA TO COMPUTE LAND COVER CHANGE MAPS G. DEVELOPING REGRESSION EQUATIONS TO PREDICT PERCENT IMPERVIOUS COVER USING NLCD IMPERVIOUS COVER TRAINING DATA AND LANDSAT BASED DATA PRODUCTS 3. IMPLEMENT A GOOGLE MAPS TYPE GRAPHICAL USER INTERFACE FOR THE IMPERVIOUS COVER SOFTWARE. A. ALLOW USERS TO SELECT REGIONS OF INTEREST FOR COMPUTING IMPERVIOUS COVER B. RETRIEVE DATASETS REQUIRED FOR IMPERVIOUS COVER PROCESSING C. EXECUTE MATLAB CODE TO COMPUTE PERCENT IMPERVIOUS COVER D. DISPLAY MAPS, TABLES, AND STATISTICS GENERATED BY THE IMPERVIOUS COVER PROCESSING 4. UTILIZE CLOUD COMPUTING RESOURCES TO RUN THE MATLAB IMPERVIOUS COVER ALGORITHMS. 5. PROVIDE MONTHLY RELEASES OF THE IMPERVIOUS COVER APPLICATION TOOL FOR USER FEEDBACK. 6. INCORPORATE USER S REQUIREMENTS FROM FEEDBACK INTO THE IMPERVIOUS COVER APPLICATION TOOL. DELIVERABLES: 1. MONTHLY RELEASES OF THE IMPERVIOUS COVER APPLICATION TOOL FOR USER FEEDBACK 2. PROJECT STATUS REPORTS AND PRESENTATION MATERIALS AS NECESSARY 3. MATLAB CODE USED TO IMPLEMENT THE IMPERVIOUS COVER ALGORITHMS 4. SOFTWARE USED TO DEVELOP THE IMPERVIOUS COVER APPLICATION TOOL GUI PERIOD OF PERFORMANCE: THE PERIOD OF PERFORMANCE FOR THIS CONTRACT SHALL BE FROM THE DATE OF THIS ORDER AND CONTINUE THROUGH SIXTEEN (16) MONTHS.

Delivery Order - Schedule 70 - General Purpose Commercial Information Technology Equipment, Software, and Services - 443120 Computer and Software Stores

Contractor: Leidos (LOCKHEED MARTIN MANAGEMENT SYSTEMS DESIGNERS, INC)
Contracting Agency/Office: National Aeronautics and Space Administration»Stennis Space Center
Effective date: 06/11/2014
Obligated Amount: $159.9k

NNS12AA74T / NNS08AA83B - OTHER FUNCTIONS: STATEMENT OF WORK AUTONOMOUS MICRO-MODULAR MOBILE DATA CENTER CLOUD COMPUTING STUDY FOR MODELING, SIMULATION, INFORMATION PROCESSING AND CYBER-SECURITY VIABILITY THIS PROJECT PROPOSES TO UTILIZE AN AUTONOMOUS MICRO-MODULAR MOBILE DATA CENTER AS A TEST-PLATFORM FOR AN INFRASTRUCTURE-AS-A-SERVICE CLOUD COMPUTING SOLUTION AT THE NATIONAL CENTER FOR CRITICAL INFORMATION PROCESSING AND STORAGE (NCCIPS). A RELOCATABLE ADAPTIVE SUSPENSION EQUIPMENT RACK (R.A.S.E.R DX) ON LOAN FROM ELLIPTICAL MOBILE SOLUTIONS WILL BE UTILIZED AS A TEST-PLATFORM FOR DATA CENTER STUDIES OF INTEREST TO NASA AND NCCIPS IN THE FOLLOWING AREAS: OPERATION AND MAINTENANCE COULD INCLUDE ANALYSIS OF HOT SWAPPABLE CAPABILITIES FOR MINIMUM DOWN--?TIME, INTELLIGENT SENSOR SYSTEM FOR AUTONOMOUS OPERATION (BUILT--?IN ENVIRONMENTAL MONITORING), SHOCK AND VIBRATION ISOLATION (FOR USE IN HABITABLE ENVIRONMENTS), AND INTELLIGENT FAULT TOLERANCE (FAILURE PROGNOSTICS, DIAGNOSTICS AND ADAPTIVE CONTROL SELF--?HEALING). ENERGY USAGE AND UTILIZATION COULD INCLUDE ENERGY CONSUMPTION AND OPERATION STUDIES PERTINENT TO HIGH DENSITY COMPUTING, PROCESSING, RESOURCE ALLOCATION AND THERMAL MANAGEMENT CONTROL STRATEGIES. VIABILITY TESTING AS AN AGILE AND SCALABLE PLATFORM FOR INNOVATIVE COMPUTING ARCHITECTURES, HIGHFIDELITY SIMULATION, DECISION MAKING, LONG--?DURATION REMOTE INFORMATION PROCESSING AND MULTI TENANCY. CLOUD COMPUTING SECURITY PENETRATION TESTING AND ANOMALY DETECTION DEFENSE STUDIES TO ASSESS THE ADEQUACY OF CLOUD COMPUTING SECURITY SINCE DISTRIBUTED DATA, MULTI-DEVICE AND MULTI-TENANT SYSTEMS BEING SHARED BY UNRELATED USERS RESULTS IN INCREASINGLY COMPLEX IT SECURITY CHALLENGES. TO PURSUE THE DETECTION OF SECURITY PENETRATIONS IN A CLOUD COMPUTING ENVIRONMENT, AND THE DETECTION AND PROGNOSIS OF ANOMALOUS SYSTEM PERFORMANCE, DR. BIKRAMJIT BANERJEE AT THE UNIVERSITY OF SOUTHERN MISSISSIPPI (USM) WILL FURTHER DEVELOP, UTILIZE AND DELIVER ALGORITHMS GENERATED AT USM. SPECIFICALLY, USM WILL BE UNDER GRANT FOR THE FOLLOWING TASK: TASK DESCRIPTION: CLOUD COMPUTING FACES INCREASINGLY COMPLEX SECURITY CHALLENGES AS A SHARED USER, DISTRIBUTED DATA, MULTI-DEVICE AND MULTI-TENANT SYSTEM ENVIRONMENT. NEW ALGORITHMS BEING GENERATED AT USM TO DETECT MALICIOUS TEAM ACTIVITIES CAN BE APPLIED AS COMPONENTS OF DEFENSE STUDIES IN THE CLOUD COMPUTING ENVIRONMENT TO ASSESS THE ADEQUACY OF CLOUD COMPUTING SECURITY. ANONYMIZED USER LOG DATA FROM THE RASER CAN BE USED TO TEST, AND FURTHER INFORM THE DEVELOPMENT OF THESE ALGORITHMS. THIS WILL BE USM S PRIMARY AREA OF CONTRIBUTION SINCE THIS HAS BEEN BANERJEE'S FOCUS AREA OF SPECIALIZATION FOR THE LAST COUPLE OF YEARS.THROUGH COLLABORATIVE RESEARCH, USM AND NASA HAVE DEVELOPED A NEW TECHNIQUE FOR ANOMALY DETECTION AND PROGNOSIS THAT WILL BE TESTED ON THE RASER (AS TIME PERMITS). POSSIBLE ANOMALOUS EVENTS TO BE CONSIDERED ARE THOSE ASSOCIATED WITH ENVIRONMENTAL MONITORING (THERMAL MANAGEMENT AND ENERGY USAGE), SHOCK AND VIBRATION, AND EQUIPMENT FAILURE OR IMPENDING FAILURE. THE WORK UNDER THIS TASK WILL BE PERFORMED BEFORE SEPTEMBER 30, 2012 UNLESS OTHERWISE AGREED (FOR EXAMPLE IF THE RASER EQUIPMENT DELIVERY IS DELAYED), WITH THE FINAL COMPLETED DELIVERABLE DUE WITHIN 30 DAYS OF TASK COMPLETION. THE WORK WILL BE PERFORMED AT USM WITH MEETINGS BETWEEN THE NCCIPS TEAM AND USM HELD VIA CONFERENCE CALL, HOWEVER VISITS TO NCCIPS BY THE USM TEAM ARE HIGHLY ENCOURAGED.DELIVERABLES:PROGRESS REPORTS WILL BE SUBMITTED PERIODICALLY FOR FINAL DELIVERY AS A POTENTIAL CONFERENCE PAPER AND AS A FINAL PRESENTATION TO NASA/NCCIPS. USM WILL CONTRIBUTE TO SECTIONS OF THE FINAL REPORT THAT THE PI WILL DELIVERED TO THE NASA CHIEF TECHNOLOGIST OFFICE AT COMPLETION OF THE PROJECT. SOFTWARE ALGORITHMS DEVELOPED UNDER THIS CONTRACT ARE TO BE DELIVERED IN AN EXECUTABLE FORMAT TO BE DETERMINED BY THE PI DR. WANDA SOLANO. README AND OTHER USER INFORMATION IS TO BE INCLUDED. PERIOD OF PERFORMANCE:

Delivery Order - 541712 Research and Development in the Physical, Engineering, and Life Sciences (except Biotechnology)

Contractor: UNIVERSITY OF SOUTHERN MISSISSIPPI
Contracting Agency/Office: National Aeronautics and Space Administration»Stennis Space Center
Effective date: 07/12/2012
Obligated Amount: $43.4k

NNS12AA47T / GS23F0113N - OTHER FUNCTION: PERFORMANCE REQUIREMENT:THIS SOW DEFINES TASKS TO SUPPORT THE TECHNICAL OBJECTIVES OF A FY 2012 NASA FUNDED PROJECT THAT IS FOCUSED ON UPGRADING THE FUNCTIONALITY OF THE TIME SERIES PRODUCT TOOL (TSPT) BY IMPROVING AUTOMATION AND TESTING THE PERFORMANCE OF TSPT THROUGH NASA NEBULA. THIS PROJECT WILL IMPROVE THE UTILITY OF A UNIQUE SSC NASA DATA PRODUCT FOR USE IN RESPONSE TO DISASTERS AND DISASTER MANAGEMENT. THE SUCCESSFUL OFFEROR SHALL HAVE EXPERTISE IN BOTH NASA EARTH SCIENCE PRODUCT CREATION AND THE NASA/SSC/ASTPO SOFTWARE ARCHITECTURE AND DEVELOPMENT CAPABILITIES, SPECIFICALLY APPLICABLE TO THIS PROJECT. THE REQUIRED EXPERTISE INCLUDES AN UNDERSTANDING OF THE SOFTWARE ARCHITECTURE OF THE NASA/SSC TIME SERIES PRODUCT TOOLS, AND THE ANALYSIS CAPABILITY OF THE PHENOLOGICAL PARAMETER ESTIMATION TOOLS. THE SCOPE OF THESE TASKS INCLUDE LABOR, MATERIALS, TRAVEL, AND TRAINING TO COMPLETE THE PROJECT REQUIREMENTS. THE CONTRACTOR SHALL PERFORM THE FOLLOWING TASKS IN SUPPORT OF THIS SOW OVER THE EXPECTED PERIOD OF PERFORMANCE OF THE PROJECT: TASK 1. AUTOMATE FUNCTIONALITY OF TSPT TASK 2. ASSESSMENT OF AUTOMATION REQUIREMENTS DOCUMENT PROCESS ANALYSIS BOTTLENECKS SUGGEST IMPROVEMENTS AGREE ON IMPROVEMENTS TASK 2A. UPGRADE PERFORMANCE OF TSPT - LOWER ORDER PRODUCT AUTOMATION DOWNLOAD DATA FROM DAAC PULL DATA INTO TSPT AND CREATE INTERMEDIATE PRODUCT IDENTIFY BOTTLENECKS IN THE CODE OPTIMIZE BOTTLENECKS IN THE CODE TO IMPROVEPER FORMANCERESTRUCTURE THE TSPT CODE TO IMPROVE PERFORMANCE RESTRUCTURE THE TSPT CODE TO IMPROVE MAINTENANCE MODIFY THE CODE S STRUCTURE TO BE MORE MODULAR CREATE REPORT ON SUCCESS OF UPGRADES AND USABILITY SUBMIT COMPLETED REPORT TASK 2B. HIGHER ORDER TSPT PRODUCT AUTOMATION PRODUCE TIME SERIES OF DERIVED CHANGE PRODUCTS INTERMEDIATE PRODUCT PULLED INTO ERDAS IMAGINE ASSESS PRODUCT IMPROVEMENT CREATE OF REPORT ON SUCCESS OF UPGRADES AND USABILITY SUBMIT COMPLETED REPORT TASK 3. TEST PERFORMANCE OF TSPT THROUGH THE NASA NEBULA USE DOWNLOADED TSPT FILES AND META DATA NEAR CLOUD TEST PERFORMANCE THROUGH NASA NEBULA ATTEMPT TO DISTRIBUTE DATA SO IT CAN BE PROCESSED IN PARALLEL EVALUATE IMPROVEMENTS IN SOFTWARE FUNCTION CREATE REPORT ON USABILITY SUBMIT COMPLETED REPORT TASK 4. WRITE NTR FOR REVISED TSPT DRAFT TEXT FOR REVISED TSPT NTR SUBMIT FOR REVIEW BY INNOVATORS IF TEXT ACCEPTED, ENTER TEXT INTO NTR SYSTEM; IF NOT REVISE INNOVATORS REVIEW NTR ON-LINE AND APPROVE NTR ACCEPTED TSPT NTR COMPLETE

Delivery Order - 541330 Engineering Services

Contractor: Leidos (LOCKHEED MARTIN SERVICES INC)
Contracting Agency/Office: National Aeronautics and Space Administration»Stennis Space Center
Effective date: 04/02/2012
Obligated Amount: $54.1k

NNS10AA90T / NNS08AA83B - THE SOUTHEAST REGIONAL RESEARCH INITIATIVE (SERRI) OF THE DEPARTMENT OF HOMELAND SECURITY (DHS) IS A PROGRAM TO ASSIST LOCAL, STATE AND TRIBAL LEADERS IN DEVELOPING THE TOOLS AND METHODS REQUIRED TO ANTICIPATE AND FORESTALL TERRORIST EVENTS AND TO ENHANCE DISASTER RESPONSE. THE OAK RIDGE NATIONAL LAB (ORNL) IN TENNESSEE MANAGES THE SERRI PROGRAM FOR DHS. THE UNIVERSITY OF SOUTHERN MISSISSIPPI (USM) WAS AWARDED A 2010 SERRI PROJECT ENTITLED THE POTENTIAL OF PHOTOCATALYTIC BUILDING MATERIALS FOR PROTECTING INFRASTRUCTURE AND DEVELOPING RESILIENCY TO NATURAL AND MANMADE DISASTERS (ORNL TASK ORDER #4000093232 ON ORNL CONTRACT #42000000225 WITH USM). NASA SSC MANAGES A REIMBURSABLE SPACE ACT AGREEMENT PARTNERSHIP WITH DHS TO EXPLORE GEOSPATIAL TECHNOLOGIES TO SUPPORT DHS FIRST RESPONDERS. DHS HAS PREVIOUSLY FUNDED PHOTOCATALYTIC RESEARCH ACTIVITIES AT SSC, AND NOW WISHES TO AUGMENT THE EXISTING SERRI RESEARCH PROJECT WITH USM TO EXTEND THE PHOTOCATALYTIC RESEARCH TO INCLUDE THE DEVELOPMENT AND VALIDATION OF A PHENOMENOLOGICAL PCAR MODEL FOR USE IN EXISTING AND PLANNED GEOSPATIAL PROGRAM ACTIVITIES. TASKS: 1. DEVELOP PCAR KINETIC MODEL. DEVELOP A PHOTOCATALYTIC ACTIVE RADIATION (PCAR) PHENOMENOLOGICAL-BASED KINETIC MODEL TO ACCOUNT FOR BOTH LIGHT AND DARK REACTIONS AND TO ADDRESS BOTH CHEMICAL AND BIOLOGICAL SYSTEMS. THE PRIMARY MODEL OUTPUT WILL BE PLOTS OF CONTAMINANT CONCENTRATION AS A FUNCTION OF TIME. DEVELOP A USER FRIENDLY FRONT END DATA ENTRY INTERFACE. 2. VALIDATE MODEL UNDER LABORATORY CONDITIONS. WORK WITH THE NASA STENNIS ENVIRONMENTAL LABORATORY TO VALIDATE THE PCAR KINETIC MODEL. PROVIDE TECHNICAL INFORMATION AND GUIDANCE TO THE ENVIRONMENTAL LAB AS THEY PERFORM CHEMICAL ANALYSES OF SLIDES COATED WITH CONTAMINANT SIMULANTS. PROVIDE INPUT, IF REQUIRED, TO THE ENVIRONMENTAL LABORATORY TO REFINE THE EXPERIMENTAL DESIGN AND TEST MATRIX. PROVIDE THE UV PHOTOREACTOR TO THE LAB FOR USE IN LABORATORY EXPERIMENTS. RECEIVE AND EVALUATE TEST RESULTS WITH LABORATORY PERSONNEL. 3. VALIDATE MODEL UNDER OUTDOOR CONDITIONS. COLLABORATIVELY VALIDATE THE PCAR KINETIC MODEL WITH THE NASA STENNIS INFORMATION AND TECHNICAL SERVICES (ITS) CONTRACTOR, WHO WILL BE CONDUCTING MEASUREMENTS OF CERAMIC DISKS COATED WITH CONTAMINANT SIMULANTS PLACED OUTDOORS UNDER SOLAR ILLUMINATION. DESIGN AND CONSTRUCT A QUARTZ WINDOW BOX THAT WILL BE USED TO CONTAIN AND PROTECT COATED CERAMIC DISKS. RECEIVE AND EVALUATE TEST RESULTS, AND COMPARE RESULTS TO LABORATORY DATA TO DETERMINE CONSTANTS FOR THE PHENOMENOLOGICAL KINETIC MODELS. 4. PREDICT REGIONAL CLIMATOLOGICAL SOLAR PCAR VALUES. DEVELOP A RAPID PCAR LOOK-UP TABLE BASED ON REPRESENTATIVE HOURLY AND DAILY CUMULATIVE SEASONAL PCAR ESTIMATES. UTILIZE RADIATIVE TRANSFER METHODS TO DETERMINE BOTH THE TOTAL AND DIFFUSE COMPONENTS OF THE PCAR ESTIMATES. USE TWELVE MAJOR US METROPOLITAN AREAS, GEOGRAPHICALLY DISTRIBUTED ACROSS THE NATION, AND REPRESENTATIVE OF THE RANGE OF CLIMATOLOGICAL CONDITIONS IN THE U.S. TO ESTIMATE PCAR. CONDUCT A RADIATIVE TRANSFER ANALYSIS FOR EACH METROPOLITAN AREA USING SEASONAL AVERAGE AEROSOL, CLOUD COVER, OZONE, AND HUMIDITY, DERIVED FROM NASA AND NOAA SOURCES. INCLUDE SUFFICIENT PARAMETERS IN THE LOOK-UP TABLES TO EXTEND THE RESULTS TO MORE COMPLEX GEOMETRIES SUCH AS WALLS AND OBSTRUCTED SURFACES. 5. SUPPORT PCAR DATABASE DEVELOPMENT. PROVIDE TECHNICAL SUPPORT AND GUIDANCE TO THE ITS CONTRACTOR TO DEVELOP THE PCAR DATABASE. DELIVERABLES: FINAL REPORT TO INCLUDE ALL DATA COLLECTED AND RESEARCH RESULTS PERIOD OF PERFORMANCE: THE PERIOD OF PERFORMANCE SHALL BE FROM THE DATE OF THIS ORDER AND CONTINUE THROUGH 12 MONTHS.

Delivery Order - 541712 Research and Development in the Physical, Engineering, and Life Sciences (except Biotechnology)

Contractor: UNIVERSITY OF SOUTHERN MISSISSIPPI
Contracting Agency/Office: National Aeronautics and Space Administration»Stennis Space Center
Effective date: 07/16/2010
Obligated Amount: $54k

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