• Home
• Howe Firsts
  • Global Atomic Clock Sync and GPS Calibration
  • Pulsed Ramsey Fringe Velocity Selection
  • Compact Hydrogen Maser
  • Digital Video
  • Statistical Standards
• Educator/Mentor
  • Educator, Program Director
  • Mentor, Advisor, Teacher, Lecturer
• Time & Frequency Metrology: Group Leader
  • Technical Leadership
  • National and International Policy Development
  • World-Class Calibrations and Measurements
  • Expert Research Advisor
  • Active Committees and Associations
  • Precision Power Spectrum, Phase-Noise, Electrical, and Time-Interval Measurements
  • Oscillator Research and Development
  • Telecommunications, Internet, and Cell Phone Advancements
  • Facility Migration
• NIST Time Scale Operation
  • Signal and Noise Analysis
  • New Document Standards and Tests for Stability
  • Navigation and Timing Research using Global Positioning System
  • Computer Science and Related Skills
• Dissemination Research
  • Advanced Time Dissemination Research
  • Global Network Synchronization
  • Spread Spectrum Modem Design and Development
• Atomic Physics
  • Error and Accuracy Analysis of U.S. Atomic Time Standard
  • Frequency and Time Standards Research
  • Hydrogen Maser Development
  • Ammonia Utility Standard
  • Atomic Beam Measurement System
  • Digital Servo Techniques
  • Precision Power Spectrum and Phase Noise Measurements
• Radio Physics
  • Time and Frequency Broadcast Research
  • High Power Radio Work at 20 kHz, 60 kHz, and 100 kHz VLF Mode
  • Television Time Distribution
  • Television Captioning System
  • Navigation Studies
• Howe Technologies Corporation
  • Advanced Operator Console for Radio and TV Stations
  • Automatic Stereo Phase-Error Correction
  • Responsibilities as Chief Executive Officer
• Publications & Impact
  • First: Digital Signal in Television
  • First: Passive Position, Navigation, and Timing (PNT)
  • Atomic Clock Research
  • First: Compact, High Stability, Passive Hydrogen Maser
  • Phase Noise Measurements and Calibration Procedures
  • First: World-Wide Time Comparison of Atomic Clocks
  • Frequency Stability Statistical Analysis
  • Research on Ultra-Low Phase Noise References
  • Optical Oscillators and Fiber Characterization
  • Vibration and Acceleration Reserach
• Awards & Patents

Dave Howe