Search

Ross Leroy Lintelman

age ~55

from Melbourne, FL

Get Report
Also known as:
  • Ross L Lintelman
  • Ross Cheryl Lintelman
  • Leroy Lintleman Ross
  • Lintelman Ross
Phone and address:
462 Natures Way, Melbourne, FL 32904
Related to:
Connected to:

Ross Lintelman Phones & Addresses

  • 462 Natures Way, Melbourne, FL 32904
  • 1909 Brittany Dr, Indialantic, FL 32903 • 3217731945
  • 141 Coral Ave, Indialantic, FL 32903 • 3217772244
  • 330 3Rd St, Indialantic, FL 32903 • 3217223243
  • West Melbourne, FL
  • Saint Cloud, FL
  • Sioux Falls, SD
  • Madison, AL
  • Huntsville, AL

Work

  • Company:
    Rockwell collins
    Dec 2007
  • Position:
    Sr. software engineer

Education

  • School / High School:
    South Dakota State University- Brookings, SD
    Sep 1987
  • Specialities:
    Bachelor of Science in Electrical Engineering. Mathematics

Skills

Software development: C/C++ • C# • .NET • MONO • Perl • UML • and Matlab • Real time Embedded Software • DO-178B. Target microprocessors/DSP's/A... • SHARC) • Motorola (68K • Power PC) • TI (C67XX • C54XX • C4X/3X) • Intel (8051 • 80196 • x86) • Atmel (AVRMega32 • AVR32UC3) • PIC • MIPS and ARM. Operating systems: FreeR... • ATI Nucleus • proprietary embedded real time operating... • Microsoft Windows • Linux and Embedded Linux. Software deve... • Visual DSP++ • IAR Embedded Workbench • Visual Studio • Rational Clearcase • Clearquest • ARTiSAN Real Time Studio • CVS • Subversion and Bugzilla. Hardware devel... • digital (FPGA/PLD's) and limited analog ... • GPRS • EDGE • CDMA • T1 • Ethernet • 802.11 • and ISDN. Industry/Domain Experience: A... • WIFI • Cellular • Telecommunications and Cable TV/Video. ... • DHCP • Mobile IP • TFTP • routing protocols (RIP/OSPF) • and Digital Signal Processing algorithms • Lab test equipment: Emulators • logic analyzers • oscilloscopes • vector signal generator/analyzer • spectrum analyzers along with a wide var... • development • integration • test • verification support • and maintenance.

Us Patents

  • Method For Steering Smart Antenna Beams For A Wlan Using Mac Layer Functions

    view source
  • US Patent:
    7200376, Apr 3, 2007
  • Filed:
    Mar 15, 2005
  • Appl. No.:
    11/080039
  • Inventors:
    Inhyok Cha - Melbourne FL, US
    Zheng Zhao - Plainsboro NJ, US
    Thomas Eric Gorsuch - Merritt Island FL, US
    Ross L. Lintelman - Indialantic FL, US
  • Assignee:
    InterDigital Technology Corporation - Wilmington DE
  • International Classification:
    H04B 1/06
  • US Classification:
    4552751, 4552771, 4552772, 4554521, 455 53
  • Abstract:
    A smart antenna steering algorithm operates in response to different functions monitored by the media access control (MAC) layer within a client station. One function is when the MAC layer indicates that the client station has been placed in a power savings mode. In response, the antenna algorithm stores an index of the currently selected antenna. Another function is when the MAC layer indicates that the client station has not been synchronized, associated and authenticated with an access point. In response, the algorithm selects an omni-directional antenna beam as the default antenna beam. Another function is when the MAC layer provides beacon period synchronization information to the antenna steering algorithm so that the algorithm can update its own timer.

  • Method For Steering Smart Antenna Beams For A Wlan Using Signal And Link Quality Metrics

    view source
  • US Patent:
    7236759, Jun 26, 2007
  • Filed:
    Mar 15, 2005
  • Appl. No.:
    11/080038
  • Inventors:
    Inhyok Cha - Melbourne FL, US
    Zheng Zhao - Plainsboro NJ, US
    Thomas Eric Gorsuch - Merritt Island FL, US
    Ross L. Lintelman - Indialantic FL, US
  • Assignee:
    InterDigital Technology Corporation - Wilmington DE
  • International Classification:
    H04B 1/06
  • US Classification:
    455275, 455272, 4552771, 455280, 4555621, 4555757, 342154, 342 74
  • Abstract:
    An antenna steering algorithm for a smart antenna uses signal quality metrics and link quality metrics for selecting a preferred antenna beam. The link quality metrics supplement the signal quality metrics for improving the antenna steering decision. The link quality metrics are based on information available from existing counters operating in the media access control (MAC) layer. Separate estimates of the frame error rates in the receive links and in the transmit links are obtained. One estimate is the downlink quality metric (DLQM) and another estimate is the uplink quality metric (ULQM). Alternative link quality metrics are based on throughput and data rates of the exchanged data.

  • Method For Steering A Smart Antenna For A Wlan Using A Periodic Re-Scan

    view source
  • US Patent:
    7289828, Oct 30, 2007
  • Filed:
    Mar 15, 2005
  • Appl. No.:
    11/080317
  • Inventors:
    Inhyok Cha - Melbourne FL, US
    Zheng Zhao - Plainsboro NJ, US
    Thomas Eric Gorsuch - Merritt Island FL, US
    Ross L. Lintelman - Indialantic FL, US
  • Assignee:
    InterDigital Technology Corporation - Wilmington DE
  • International Classification:
    H04M 1/00
  • US Classification:
    4555621, 455 6711, 455 6713, 455 631, 455 634, 455272
  • Abstract:
    A smart antenna steering algorithm performs a periodic re-scan at an end of a sustained use period and before a next sustained use period. During a sustained use period, a re-scan of the other antenna beams is not performed. The periodic re-scan is performed on alternate antenna beams that were selected when the preferred antenna beam was selected. The steering algorithm monitors a quality metric of the alternate antenna beams as well as a quality metric for the preferred antenna beam. If the quality metric of the preferred antenna beam is less than the quality metrics of anyone of the alternate antenna beams, then the alternate antenna beam corresponding to the quality metric having a higher value is selected for the next sustained use period.

  • Method And Apparatus For Utilizing A Directional Beam Antenna In A Wireless Transmit/Receive Unit

    view source
  • US Patent:
    7460834, Dec 2, 2008
  • Filed:
    Nov 24, 2004
  • Appl. No.:
    10/997618
  • Inventors:
    Kevin Peter Johnson - Palm Bay FL, US
    Ross L. Lintelman - Indialantic FL, US
    Michael James Lynch - Meritt Island FL, US
    Gregg Arthur Charlton - Collegeville PA, US
    Carl Wang - Flushing NY, US
    Kambiz Casey Zangi - Chapel Hill NC, US
  • Assignee:
    InterDigital Technology Corporation - Wilmington DE
  • International Classification:
    H04B 1/00
  • US Classification:
    455 634, 455442, 4554522, 455522, 370332, 342 81, 342154, 342367, 342368, 343757, 343777
  • Abstract:
    A method and apparatus for utilizing a switched beam directional antenna in a wireless transmit/receive unit (WTRU) is disclosed. A wireless communication system includes a serving cell, a neighbor cell and a WTRU. The WTRU is configured to generate and steer a directional beam in a plurality of directions. Once the WTRU registers with the wireless communication system, the WTRU receives messages transmitted by the serving cell. The WTRU measures signal quality of messages received in each of a plurality of predetermined directions while steering the directional beam antenna. The WTRU selects a particular one of the directions having the best signal quality. As the WTRU constantly moves, the WTRU monitors signal quality in the selected direction, and switches to another direction when the signal quality in a current direction drops below a predetermined threshold.

  • Method And Apparatus For Mitigating Oscillation Between Repeaters

    view source
  • US Patent:
    8559379, Oct 15, 2013
  • Filed:
    Sep 21, 2007
  • Appl. No.:
    12/307904
  • Inventors:
    Kenneth M. Gainey - Satellite Beach FL, US
    James C. Otto - West Melbourne FL, US
    Carlos M. Puig - Santa Clara CA, US
    Ross L. Lintelman - Indialantic FL, US
  • Assignee:
    QUALCOMM Incorporated - San Diego CA
  • International Classification:
    H04W 4/00
  • US Classification:
    370329, 370315, 370401, 455 9, 455 111, 455 20
  • Abstract:
    A first repeater operating within a wireless network including a second repeater capable of communicating with the first repeater, and first and second wireless station devices capable of communicating with at least one of the first repeater and the second repeater, includes a reception device for receiving a wireless signal at a reception frequency; a detector for detecting if a predetermined portion of the received wireless signal includes a modified portion to thereby determine that the received signal is from the second repeater; and a transmission device for transmitting the wireless signal to one of the first and second wireless station devices at a transmission frequency to thereby repeat the wireless signal.

  • Method For Steering A Smart Antenna For A Wlan Using A Self-Monitored Re-Scan

    view source
  • US Patent:
    20050215261, Sep 29, 2005
  • Filed:
    Mar 15, 2005
  • Appl. No.:
    11/080297
  • Inventors:
    Inhyok Cha - Melbourne FL, US
    Zheng Zhao - Plainsboro NJ, US
    Thomas Gorsuch - Merritt Island FL, US
    Ross Lintelman - Indialantic FL, US
  • Assignee:
    InterDigital Technology Corporation - Wilmington DE
  • International Classification:
    H04B001/06
    H01Q003/22
    H04Q007/20
  • US Classification:
    455452200, 455513000, 455277200
  • Abstract:
    A smart antenna steering algorithm performs a self-monitored re-scan during a sustained use period after having selected a preferred antenna beam. During a sustained use period, a re-scan of the other antenna beams is not performed. The steering algorithm periodically monitors a quality metric of the ongoing radio link provided by the preferred antenna beam. The quality metric is based upon a signal quality metric and a link quality metric. If the quality metric drops below certain thresholds during the sustained use period, the steering algorithm either swaps the preferred antenna beam with an alternate antenna beam or initiates a re-scan of the available antenna beams for selecting a new preferred antenna beam.

  • Steering A Smart Antenna Using Link Layer Performance

    view source
  • US Patent:
    20060073850, Apr 6, 2006
  • Filed:
    Dec 28, 2004
  • Appl. No.:
    11/024290
  • Inventors:
    Inhyok Cha - Melbourne FL, US
    Ross Lintelman - Indialantic FL, US
    Yingxue Li - Melbourne FL, US
  • Assignee:
    InterDigital Technology Corporation - Wilmington DE
  • International Classification:
    H04M 1/00
  • US Classification:
    455562100
  • Abstract:
    A method for steering a smart antenna in a wireless communication system begins by selecting a beam steering criterion. The antenna is switched to one of a plurality of measurement positions and link quality metrics are measured at each measurement position. The steering criterion are optimized based on the measured metrics, and the antenna is steered to the position providing the optimized metrics.

  • Method And Apparatus For Utilizing A Directional Beam Antenna In A Wireless Transmit/Receive Unit

    view source
  • US Patent:
    20090111381, Apr 30, 2009
  • Filed:
    Dec 1, 2008
  • Appl. No.:
    12/325566
  • Inventors:
    Kevin Peter Johnson - Palm Bay FL, US
    Ross L. Lintelman - Indialantic FL, US
    Michael James Lynch - Merritt Island FL, US
    Gregg Arthur Charlton - Collegeville PA, US
    Carl Wang - Flushing NY, US
    Kambiz Casey Zangi - Chapel Hill NC, US
  • Assignee:
    INTERDIGITAL TECHNOLOGY CORPORATION - Wilmington DE
  • International Classification:
    H04B 1/00
  • US Classification:
    455 634, 4555621
  • Abstract:
    A method and apparatus for utilizing a switched beam directional antenna in a wireless transmit/receive unit (WTRU) is disclosed. A wireless communication system includes a serving cell, a neighbor cell and a WTRU. The WTRU is configured to generate and steer a directional beam in a plurality of directions. Once the WTRU registers with the wireless communication system, the WTRU receives messages transmitted by the serving cell. The WTRU measures signal quality of messages received in each of a plurality of predetermined directions while steering the directional beam antenna. The WTRU selects a particular one of the directions having the best signal quality. As the WTRU constantly moves, the WTRU monitors signal quality in the selected direction, and switches to another direction when the signal quality in a current direction drops below a predetermined threshold.

License Records

Ross L Lintelman

License #:
E-6604 - Expired
Category:
Engineering Intern

Resumes

Ross Lintelman Photo 1

Staff Software Engineer

view source
Location:
462 Natures Way, Melbourne, FL 32904
Industry:
Aviation & Aerospace
Work:
Quantum Technology Sciences, Inc. 2011 - 2011
Senior Engineer
Livetv 2006 - 2007
Consultant
Widefi 2003 - 2006
Staff Engineer
Ubinetics 2003 - 2006
Senior Software Engineer
Interdigital Communications 2002 - 2003
Systems Engineer
Education:
South Dakota State University 1987 - 1992
Bachelors, Bachelor of Science In Electrical Engineering, Electrical Engineering
Skills:
Embedded Systems
Rtos
Clearcase
Systems Engineering
Embedded Software
Do 178B
Configuration Management
Software Engineering
Clearquest
C
System Design
Testing
Software Development
Rf
Avionics
Tcp/Ip
Arinc 429
Arm
Debugging
Device Drivers
Digital Signal Processors
Earned Value Management
Electronics
Embedded C
Embedded Linux
Fpga
Firmware
Hardware Architecture
Integration
Microcontrollers
Object Oriented Design
Pcb Design
Perl
Radar
Simulations
Software Design
System Architecture
Technical Leadership
Telelogic Doors
Test Equipment
Vhdl
Vxworks
Aerospace
Systems Design
Interests:
Home Improvement
Cooking
Home Decoration
Electronics
Ross Lintelman Photo 2

Sr. Software Engineer At Rockwell Collins

view source
Position:
Sr. Software Engineer at Rockwell Collins
Location:
Melbourne, Florida Area
Industry:
Aviation & Aerospace
Work:
Rockwell Collins
Sr. Software Engineer
Ross Lintelman Photo 3

Ross Lintelman West Melbourne, FL

view source
Work:
Rockwell Collins

Dec 2007 to 2000
Sr. Software Engineer Rockwell Collins
Cocoa Beach, FL
May 2011 to Nov 2011
Sr. Engineer LiveTV, INC
Melbourne, FL
Jun 2007 to Dec 2007
Engineering Consultant Widefi, INC
Melbourne, FL
Dec 2004 to Jun 2007
Engineering Staff InterDigital Communications Corporation
Melbourne, FL
Oct 2003 to Dec 2004
Staff Engineer Ubinetics North America
Melbourne, FL
Aug 2002 to Sep 2003
Senior Firmware Engineer Tantivy Communications
Melbourne, FL
Jun 1999 to Jul 2002
Technical Staff ADTRAN
Huntsville, AL
May 1996 to Jun 1999
Design Engineer Sencore Electronics
Sioux Falls, SD
Jan 1993 to May 1996
Engineer
Education:
South Dakota State University
Brookings, SD
Sep 1987 to May 1992
Bachelor of Science in Electrical Engineering. Mathematics
Skills:
Software development: C/C++, C#, .NET, MONO, Perl, UML, and Matlab, Real time Embedded Software, DO-178B. Target microprocessors/DSP's/Architec... Analog Devices (Blackfin, SHARC), Motorola (68K, Power PC), TI (C67XX, C54XX, C4X/3X), Intel (8051, 80196, x86), Atmel (AVRMega32, AVR32UC3), PIC, MIPS and ARM. Operating systems: FreeRTOS, ATI Nucleus, proprietary embedded real time operating systems, Microsoft Windows, Linux and Embedded Linux. Software development tools: Code Composer, Visual DSP++, IAR Embedded Workbench, Visual Studio, Rational Clearcase, Clearquest, ARTiSAN Real Time Studio, CVS, Subversion and Bugzilla. Hardware development: Microprocessor system design, digital (FPGA/PLD's) and limited analog design experience. Data communication technologies: GSM, GPRS, EDGE, CDMA, T1, Ethernet, 802.11, and ISDN. Industry/Domain Experience: Avionics, WIFI, Cellular, Telecommunications and Cable TV/Video. Protocol/Algorithm Experience: TCP/IP, DHCP, Mobile IP, TFTP, routing protocols (RIP/OSPF), and Digital Signal Processing algorithms, Lab test equipment: Emulators, logic analyzers, oscilloscopes, vector signal generator/analyzer, spectrum analyzers along with a wide variety domain/industry specific test equipment. Product development: Full product life cycle experience including design, development, integration, test, verification support, and maintenance.

Facebook

Ross Lintelman Photo 4

Ross Lintelman

view source

Youtube

VTS 01 1

VTS 01 1
  • Duration:
    3m 40s

Untitled

Untitled
  • Duration:
    2m 18s

GOPR0004

GOPR0004
  • Duration:
    2m 34s

The hood

The hood

Watch the amazing aerial video I created with my DJI "Phantom Professi...

  • Duration:
    11s

GP010002

GP010002
  • Duration:
    17m 17s

GOPR0002

GOPR0002
  • Duration:
    17m 17s

GOPR0003

GOPR0003
  • Duration:
    17m 17s

GP010003

GP010003
  • Duration:
    5m 30s

Classmates

Ross Lintelman Photo 5

Ross Lintelman

view source
Schools:
Round Lake High School Roundlake MN 1983-1987
Community:
Randy Reimers, Troy Kunze, Laurie Paine, Nate Rehnelt, Floyd Witherspoon, Lisa Strouth, Matt Wasmund, John Bowman, Jodi Voss, Kevin Fisher, Stephani Hahn
Ross Lintelman Photo 6

Ross Lintelman

view source
Schools:
Raiders High School Roundlake MN 1983-1987, Round Lake High School Roundlake MN 1983-1987
Community:
Jami Kluver, Kay Hamann, David Onken, Scott Paine, Stephanie Onken, Tami Froderman, John Pool, Amber Smith, Melissa Habeck, Marilyn Froderman, Jeovanny Mikel
Ross Lintelman Photo 7

Round Lake High School, R...

view source
Graduates:
Ross Lintelman (1983-1987),
Cheryl Becker (1964-1976),
Matthew Koster (1989-1995),
Jim Pomerenke (1976-1977),
Pamela Wickstrom (1966-1978)
Ross Lintelman Photo 8

Raiders High School, Roun...

view source
Graduates:
Ross Lintelman (1983-1987),
Christine Follen (1996-2000),
Todd Vanwesten (1988-1992),
David Onken (1981-1985),
Amy Sternke (1993-1997)
Get Report for Ross Leroy Lintelman from Melbourne, FL, age ~55
Control profile