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Milestones
Achieved
Computer system production was stopped. No
one had a method of detecting intermittent
microcode memory failures.

 I developed a new method for detecting the failures.
 My hand-built design, successfully restored global
 production.
 I was awarded four patents:
 – 4,510,603 Testing system for reliable access times in ROM semiconductor
   memories
 – 4,379,265 Dual clocking time delay generation circuit
 – 4,430,735 Apparatus and technique for testing IC memories
 – 4,429,389 Test pattern address generator
A marketing group was unable to find a
performance monitoring system that met
their requirements and offered me an
R&D position to develop one.
Accepted the position and
developed a performance
measurement system.
It identified system
bottlenecks, and ways to boost
computer performance with
system upgrades.
Used to boost sales of
computer equipment in the
USA and Canada.
A communication system manager quit.
I was asked to save the failed project.
A re-designed system exceeded specifications.
My group met almost impossible deadlines.
  Patents awarded:
  4,514,824 Byte-oriented line adapter system
  4,456,970 Interrupt system for peripheral controller
  4,507,732 I/O subsystem using slow devices
  4,430,710 Subsystem controller
  4,428,043 Data communications network
  4,379,328 Linear sequencing microprocessor facilitating
  4,374,418 Linear microsequencer unit cooperating with microprocessor system having
  dual modes
  4,374,416 Linear sequencing microprocessor having word and byte handling
  4,371,931 Linear micro-sequencer for micro-processor system utilizing specialized
  instruction format
  4,301,505 Microprocessor having word and byte handling
  4,293,909 Digital system for data transfer using universal input-output microprocessor
  4,292,667 Microprocessor system facilitating repetition of instructions
  4,291,372 Microprocessor system with specialized instruction format
  4,290,106 Microprocessor system with source address selection
  4,287,560 Dual mode microprocessor system
An immediate need existed for
 a low cost communications
           system
         Developed a high-speed
         “C” firmware architecture
         to run four high speed lines
         on an existing, low cost,
         board.
After developing a hardware/firmware prototype, my
software partner was late, so were losing our contract.
 •   Dissolved my partnership and completed the software myself.
 •   Offered the entire project, at half the cost, from RDC Enterprises (my
     consulting company).
 •   The product resulted in a power measurement patent:
      – 4,713,608 Apparatus for providing cost efficient power
        measurement
 •   The product did well, and the company was purchased by a large
     competitor, 5 years later.




                    Power Control and Environmental Monitoring System
Team Cotter Racing needed a better data
          acquisition system
                   Having experience designing data
                   acquisition systems, and a
                   fascination with Indy race cars,
                   I volunteered to develop a system
                   to meet their requirements
                   Developed the data acquisition system
                   prototype, and a new company was
                   founded to manufacture and sell it.
Edge Racing
RDC Enterprises designed system upgrades
and new peripherals for the Edge product
line for over ten years.
Validation of a drive controller, requires an
accurate, adjustable, timing model for the
rotating media.

None existed.
           Developed a model, using FPGAs,
           memory devices, and host automation
           software.
           It produced timings that matched the
           product design requirements.
           The model resulted in the awards on
           the next slide.
Award from Infineon, for successful
validation of the first Xbox drive controller
                (0 Defects)




                                                Patent awarded:
                                                  #7,031,902
As a victim of the latest recession, I was
frustrated during job interviews, when told I
             was “overqualified”.
 Nobody had a problem with me being “overqualified” when I was
 a consultant, and owner of RDC Enterprises.
 So, it was time to start a new consulting business:




 Received 2 awards from the Who’s Who Registry, because of my
 numerous computer design patents, (next Slide).
 Another patent was granted:
       7,800,856      Disk Drive flushing write cache to reserved tracks
       during a power failure
Who’s Who Honors:
 Lifetime Honorary Member   Featured Member in the Registry
                                 and on the Web Site
Is seeking more milestones


          Robert D Catiller
      System Design Consultant
           949-310-5298
       rdcatiller@valQual.com

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Milestones Achieved Rd Catiller

  • 2. Computer system production was stopped. No one had a method of detecting intermittent microcode memory failures. I developed a new method for detecting the failures. My hand-built design, successfully restored global production. I was awarded four patents: – 4,510,603 Testing system for reliable access times in ROM semiconductor memories – 4,379,265 Dual clocking time delay generation circuit – 4,430,735 Apparatus and technique for testing IC memories – 4,429,389 Test pattern address generator
  • 3. A marketing group was unable to find a performance monitoring system that met their requirements and offered me an R&D position to develop one. Accepted the position and developed a performance measurement system. It identified system bottlenecks, and ways to boost computer performance with system upgrades. Used to boost sales of computer equipment in the USA and Canada.
  • 4. A communication system manager quit. I was asked to save the failed project. A re-designed system exceeded specifications. My group met almost impossible deadlines. Patents awarded: 4,514,824 Byte-oriented line adapter system 4,456,970 Interrupt system for peripheral controller 4,507,732 I/O subsystem using slow devices 4,430,710 Subsystem controller 4,428,043 Data communications network 4,379,328 Linear sequencing microprocessor facilitating 4,374,418 Linear microsequencer unit cooperating with microprocessor system having dual modes 4,374,416 Linear sequencing microprocessor having word and byte handling 4,371,931 Linear micro-sequencer for micro-processor system utilizing specialized instruction format 4,301,505 Microprocessor having word and byte handling 4,293,909 Digital system for data transfer using universal input-output microprocessor 4,292,667 Microprocessor system facilitating repetition of instructions 4,291,372 Microprocessor system with specialized instruction format 4,290,106 Microprocessor system with source address selection 4,287,560 Dual mode microprocessor system
  • 5. An immediate need existed for a low cost communications system Developed a high-speed “C” firmware architecture to run four high speed lines on an existing, low cost, board.
  • 6. After developing a hardware/firmware prototype, my software partner was late, so were losing our contract. • Dissolved my partnership and completed the software myself. • Offered the entire project, at half the cost, from RDC Enterprises (my consulting company). • The product resulted in a power measurement patent: – 4,713,608 Apparatus for providing cost efficient power measurement • The product did well, and the company was purchased by a large competitor, 5 years later. Power Control and Environmental Monitoring System
  • 7. Team Cotter Racing needed a better data acquisition system Having experience designing data acquisition systems, and a fascination with Indy race cars, I volunteered to develop a system to meet their requirements Developed the data acquisition system prototype, and a new company was founded to manufacture and sell it.
  • 8. Edge Racing RDC Enterprises designed system upgrades and new peripherals for the Edge product line for over ten years.
  • 9. Validation of a drive controller, requires an accurate, adjustable, timing model for the rotating media. None existed. Developed a model, using FPGAs, memory devices, and host automation software. It produced timings that matched the product design requirements. The model resulted in the awards on the next slide.
  • 10. Award from Infineon, for successful validation of the first Xbox drive controller (0 Defects) Patent awarded: #7,031,902
  • 11. As a victim of the latest recession, I was frustrated during job interviews, when told I was “overqualified”. Nobody had a problem with me being “overqualified” when I was a consultant, and owner of RDC Enterprises. So, it was time to start a new consulting business: Received 2 awards from the Who’s Who Registry, because of my numerous computer design patents, (next Slide). Another patent was granted: 7,800,856 Disk Drive flushing write cache to reserved tracks during a power failure
  • 12. Who’s Who Honors: Lifetime Honorary Member Featured Member in the Registry and on the Web Site
  • 13. Is seeking more milestones Robert D Catiller System Design Consultant 949-310-5298 rdcatiller@valQual.com