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Transforming Technology into Capability®

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Transforming Technology into Capability Corporate Capabilities Company Overview Engineering Development and Research for Government and Commercial Customers Full ... – PowerPoint PPT presentation

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Title: Transforming Technology into Capability®


1
  • Transforming Technology into Capability
  • Corporate Capabilities

2
Company Overview
  • Engineering Development and Research for
    Government and Commercial Customers
  • Full Lifecycle System / Software / Hardware /
    FPGA Development
  • Key technology content to deliver capabilities
  • Track record of successful programs
  • Top-notch engineers and project leads
  • Responsive to customer needs
  • 2011 Inc. Magazine 500 list of fastest growing
    private companies
  • Offices in Chantilly, VA and Phoenix, AZ

3
Core Capabilities
  • Core Capabilities
  • Engineering, Development Test related to
    Communications and Processing Systems
  • Objective-based end-to-end perspective
  • Technology capabilities that address systems
    front to back
  • Satellite, Terrestrial, Wireless and Network
    Communications Systems and Devices
  • Current NEXT generation Iridium Communications
    Systems
  • Current cellular and military radio technologies
  • Cellular WCDMA, GSM, GPRS, etc.
  • MUOS, FAB-T, MSV, Operationally Responsive Space
  • JTRS, MIDS-J

4
Communications Systems
  • Systems Engineering
  • System architecture, functional partitioning,
    protocol architecture
  • Development
  • Real time embedded development
  • Protocol optimizations, Connection management
  • DSP, OAM, etc.
  • Information Assurance
  • FPGA/RF implementations
  • Sample efforts
  • CDMA layers 12 protocols for SCA-compliant
    SatCom terminal
  • FPGA/RF implementation for ground-based beam
    forming SatCom application
  • Integration and Test
  • Plans, procedures, execution, requirements
    traceability
  • Custom simulators and test beds
  • Research and Development
  • SIGINT applications that combine our high
    performance computing with our precision time
    synchronization capabilities

5
Testing Verification
  • Full Lifecycle system/SW/HW verification and
    acceptance
  • Plans
  • Procedures
  • Execution
  • Reports
  • Requirements Management
  • Custom test bed and simulator development
  • Complex communications and processing systems
  • Crypto verification

6
Service Offerings
  • Task-based Efforts
  • Prime or Subcontract Role
  • Excellent Program Management staff
  • Systems Engineering, Development and Test
  • Requirements and Systems Analysis
  • Software, Hardware, FPGA development
  • System Testing
  • Plans, Procedures Execution
  • Test beds and custom tools
  • On-site Engineering Support
  • Systems, Software, Hardware, Test
  • Excellent team, flexible contractual arrangements

7
Engineering Skills
  • Software
  • Real Time Embedded Development
  • VxWorks, Integrity, Real Time Linux, pSOS
  • C/C, Java, Python, TCL/TK
  • CORBA, 1553, IDL
  • Protocol implementation and optimization
  • SCA, JTRS, Cellular Protocols, DSP
  • TCP/IP, SNMP, CDMA, TDMA, GSM, HDLC
  • Most common tools/suites/lifecycle models
  • DOORS, Rational, Clearcase, LabView, Agile, etc.
    .
  • Hardware
  • Board-level design, Signal Integrity
  • RF Engineers
  • FPGA developers Digital, RF
  • Test
  • Full Lifecycle System/SW/HW Verification and
    Acceptance
  • Plans, Procedures, Execution, Reports,
    Requirements Management
  • Custom Test Bed and Simulator Development

8
Current Research Areas
  • Novel RF Cellular Solutions
  • Time sync (pico-seconds accuracy)
  • Absolute and relative time knowledge
  • High Performance Algorithms Processing
    (GPU-based)
  • Hyperspectral image processing
  • Data Infil/Exfil
  • Extraction of Actionable Intelligence
  • Advanced Analytics/Data Visualization
  • Multi-Layer Data Fusion
  • Machine Reasoning/Decision Support
  • Information Geometry, Steganalysis

9
Advanced Analytics/Data Visualization
  • Automated classification, descriptive and
    predictive modeling
  • Discovery (Descriptive modeling)
  • Detect actionable patterns in data of all types
  • Characterize these actionable patterns
  • Exploitation (Predictive modeling)
  • Generate practical automated models that realize
    value from actionable patterns
  • Deploy models that seamlessly integrate into the
    existing user experience (enterprise workflow)
  • Tools That Support Discovery Exploitation
  • Hyper-dimensional Visualization
  • Automated Classifiers, Multi-layer Fusion, Data
    Preparation, Machine Reasoning, Behavior Modeling

Multi-Dimensional Feature Space Visualization
10
Novel Cellular Applications
  • Developing concepts for exploitation of cellular
    systems
  • Leverage small form-factor COTS software platform
  • Various form factors depending on mission
  • Metro area - unobtrusive
  • Portable
  • Denial, monitoring, terminal exploitation
  • Prisons, schools, special apps for control and
    exploitation
  • Low cost RF and digital hardware platforms

11
Precision Time Synchronization
  • Precision time synchronization
  • Multi-location synchronization and tagging in the
    picoseconds
  • Synchronization accuracy lt15 picoseconds
  • Enables new capabilities
  • Phase difference of arrival
  • Novel beam forming applications
  • Applicable to a wide range of communications and
    data acquisition applications
  • Requires implementation as an integrated
    component of the system hardware and design

12
Hyperspectral Image Processing
  • GPU-enhanced optimal non-linear manifold
    coordinate transformation
  • Enhances effective signal-to-noise ratio of the
    data
  • Aids feature extraction and dimensionality
    reduction
  • GPU enables near real-time processing
  • Applications
  • Background/area classification
  • Anomaly detection
  • Bathymetry
  • HSI data compression

Non-Linear
Linear
13
GPU Programming
  • GPU Algorithm RD
  • Signal processing algorithm development
  • Integration into enterprise architectures
  • Commodity Graphics Processing Units can
    accelerate application performance by 100x or
    more
  • Provide TeraFLOP power on the desktop
  • Celestech has developed a Graphics Processing
    Unit algorithm and software development
    capability
  • Focus on sensor and signal processing
    applications
  • Industry leading algorithms
  • Impressive result on hyperspectral and seismic
    processing applications

14
Company Information
  • Contact
  • PhoenixAddress 4505 E. Chandler Blvd. Suite
    155 Phoenix, AZ 85048Rusty Topping(480)
    940-1640 x201Rusty.Topping_at_Celestech.com
  • Web Site www.Celestech.com
  • Chantilly
  • Address 14425 Penrose Place Suite
    350 Chantilly, VA 20151
  • Vance Lessard(571) 765-0970Vance.Lessard_at_Celeste
    ch.com
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