(Mostly) Computing Bio of: Neil Rieck

Jump: 1950s | 1960s | 1970s | 1980s | 1990s | 2000s | 2010s | Links

1950s

Born: 1952-09-14
My father purchased an RCA "black + white" console TV in 1955.

(What is this box that can display moving pictures and sound? What are those glowing reddish-orange wires inside the glass tubes seen through the ventilation holes on the back? How does the TV Repair Man know which tube to replace when they all appear to be glowing the same way? Does the signal really comes into the TV via that flat brown wire coming from the antenna on the roof? Why does the roof antenna have those odd looking lengths of passive metal not connected to the flat brown wire? Why are all antennas in my neighbourhood different? Why do some of the antennas point in different directions?)
I became infatuated with technology while watching NASA manned spacecraft launches on TV
I became infatuated with computing devices seen on TV movies like The Day The Earth Stood Still and Forbidden Planet

1960s

My father woke me early one morning to watch the ECHO balloon travelling north to south (I think) as the sun was just beginning to rise. Wow.
I became infatuated with technology and computing devices in comic books. (How are computers capable of doing math? Does this mean machines can think?)
I became infatuated with computing devices seen on TV programs like The Jetsons and Lost in Space
I started reading science fiction authors like Isaac Asimov and Arthur C. Clarke (I was introduce to these authors by friends at Forest Heights Collegiate in Kitchener)

1970s

Studied to become an electronics Technician/Technologist at Conestoga College

Apollo Launches I watched from Titusville Florida.

Mission	Launch	Notes
Apollo 14	January 31, 1971
Apollo 15	July 26, 1971
Apollo 16	April 04, 1972
Apollo 17	December 7, 1972	This was a night launch. We stood in the water (with a camera and tripod) of Indian River in Titusville Florida. (near the corner of highways US 50 and US 1 while horseshoe crabs tickled our toes.

Hired by Bell Canada in 1973 as a "Central Office Technician" (a non-computing job). Like everyone else, I started on "The Frame" (MFD = Main Distribution Frame while IDF = Intermediate Distribution Frame) . During this time I was also introduced to wiring cross bar number groups.
While working at Bell Canada I worried that my electronics skills would become rusty. So between 1974-1976 I worked a part time job at a local guitar shop called Mother's Music. The money wasn't great but I wasn't there for that reason I was there. Instead, I received lots of experience working on electric guitars, amplifiers, microphones, ARP synthesizers, Moog synthesizers, Melotrons, electric pianos, electronic organs, String Ensembles, and something called a guitorgan (played like a guitar but sounds like an organ), etc. (Thank you Dave Boehm for the experience. Working on the repair-bench at Mother's Music was my finishing school)
After doing "my duty" on "The Frame" Bell Canada moved me into a "SxS" (step-by-step electromechanical logic) switching office. What a shock, they never talked about this in college.
Since I had just missed the TTL and CMOS technology revolutions in 1973-1975, I returned to community college in 1976 to learn low-level digital electronics. (What a shock: full-time final-year students now had access to a DEC PDP-12 which was really two DEC PDP-8 machines connected back-to-back)
My first "hands on" computer experience was in 1977 on an Interdata Model 70 which was a clone of an IBM minicomputer (yes, people were cloning back then). Bell Canada as training me as a computer-hardware technician (so we could do 24/7 self-maintenance). You were required to learn low-level machine code in order to diagnose many problems as well as boot the machine (does anybody remember "the 50 sequence"?). You toggled the 50-sequence into the processor using front panel lights and switches: running this stub would allow you to load diagnostics from either cassette-tape or 9-track tape (HP-7970C).
This was when I was first bitten by the computer bug (not the same one that causes programs to misbehave :-)
A friend asked me to fix an annoying key-bounce problem on his Heathkit H9 Terminal. I agreed to fix it free-of-charge provided he let me borrow the Heathkit H8 Computer (anyone remember Benton Harbor BASIC?) and H9 for a month in order to learn BASIC programming. Four weeks turned into six but this turned out to be the best deal I've ever made. Now I was addicted. (Thank you Fred Hoffman)
In the spring of 1978 I received Hewlett-Packard hardware training in order to install and service HP7970C and HP7970E nine-track tape-decks in our telephone switches (Northern Electric 5xB, Northern Telecom SP-1, NTL DMS-100, NTL DMS-200, etc.)

In the summer of 1978 Bell Canada asked me to build a custom digital clock for use on a 5xB office (telephone switching center) in Cambridge, Ontario. This office had been installed without a master timer which meant that the trouble recorder could not be used to produce time-stamped trace evidence for legal use by the courts. The clock was pulsed from the 60 cycle hydro line and used optical isolators to interface between the TTL circuits and the -48 Volt DC trouble-recorder field relays. In true telephony fashion, we implemented an internal encoding system called "2 of 5" (each digit was represented by five signals named: 0, 1, 2, 4, 7; two signals must always be asserted in each field for the digit data to be considered valid)

Value Punches

1 0+1

2 0+2

3 1+2

4 0+4

5 1+4

6 2+4

7 1+6

8 1+7

9 2+7

0 4+7

In the fall of 1979 my employer asked me to build a custom digital "ringing code monitor" (Central Office Alarm) for use in a Northern Electric SxS (step-by-step) office in Baden, Ontario. Frame wiring in rural offices like this one were done by field service technicians rather than central office technicians. Field service people were constantly leaving solder splashes on the ringing-code blocks (thus shorting them together) and causing numerous "code-5 errors" (customer complaints traced to the C.O.) killing our district's stats. After installation, whenever someone accidentally shorted the blocks an immediate audible alarm was sounded which would alert the technician to the problem. My efforts were an instant success.
- What are ringing-code blocks? Single-party residential lines used a standard ringing code of 2 seconds on followed by 4 seconds off. In party lines (2, 4, or 8 customers on one line) each telephone number was wired back to a ringing block which would provide the coded ring assigned to that customer (everyone heard all the rings but only one customer should have answered) . One code I remember was "3-shorts" while another one was "one long followed by 2-shorts".
- Visit my Telephony page to see more about T+R and SxS
In the summer of 1979 I purchased an Apple ][ with 48K RAM, 16K Language Card, two 5.25 inch floppy drives for over $4000 (Canadian). This enabled me to learn:
- Apple BASIC (integer based)
- Applesoft BASIC (floating point based)
- Apple 6502 Assembler and Sweet-16 (anyone remember "CALL -151" ?) .
- Apple Pascal (a.k.a. UCSD Pascal)
- Apple FORTRAN (a.k.a. FORTRAN-77).
- Apple DOS 3.2 and 3.2.1
  - 35 tracks x 13 sectors = 455 (116,480 bytes)
  - "5 and 3" encoding to avoid all consecutive zero bits
    - 5 data bits become 8 magnetic bits; 410 bytes are needed to store 256 bytes)
    - data -> magnetic pattern written
      - 00 (lo) -> AB (10101011)
      - xx AC (10101100) which is not used
      - 1F (hi) -> FF (11111111)
- Apple DOS 3.3
  - 35 tracks x 16 sectors = 560 (143,360 bytes)
  - "6 and 2" encoding to avoid all but one pair of consecutive zero bits
    - 6 data bits become 8 magnetic bits; 341 bytes are needed to store 256 bytes)
    - data -> magnetic pattern written
      - 00 (lo) -> 96 (10010110)
      - 01 -> 97 (10010111)
      - xx 98 (10011000) which is not used)
      - 3F (hi) -> FF (11111111)
  - Third-party tools existed to do cool things like:
    - extend the number of tracks from 35 to 40
    - remove DOS from tracks 1-3 to them available for 100% data storage (prior to this, every disk is bootable)
    - write data between tracks as a crude form of copy protection
      (another program called Locksmith could be used to analyze and copy these disks anyway)
  - Click Apple-2 Forever for more details
- My buddies wondered how I'd use all that memory!

1980s

In 1980 I started a series of community college classes that resulted in learning HP-BASIC and COBOL-68 on an HP-3000 minicomputer. Many of these classes were taught by programmers from the local insurance industry. Many thanks to Mike Purdle.
I was "very" fortunate to have received DEC (Digital Equipment Corporation) training at their schools in:
- Kanata, Ontario (100 Herzberg Road; just west of Ottawa)
- Hull, Quebec (just East of Ottawa)
- Bedford, Massachusetts (20 Crosby Drive). Just north-west of Boston on Rte 128
- Maynard, Massachusetts (129 Parker Street). West of Boston

On hardware device which include...

16-bit processors: PDT-11/150, PDP-11/04, PDP-11/23, PDP-11/34, PDP-11/44, PDP-11/73, PDP-11/84

32-bit processors: VAX-11/730, VAX-11/750, uVAX-3500, uVAX-3800, uVAX-4300, VAX-6430

disk drives: RX01/02, RK05, RK06, RK07, RP04/05/06, RL01/02, RA60, RA80/81

tape drives: TU16, TE16, TU80, TU58

printers: LA50, LA120, LP05, LP25

communication interfaces: DL-11, DZ-11, DH-11, DELQA

special hardware: CB-11, PCL-11, DT-07, KFQSA, KZQSA

Notes:

this training stint was over a 12 year period between 1981 and 1993

I've worked on a lot more stuff than listed above (including Alpha-2100, Alpha-4100, Alpha Server DS20e, etc.)

you haven't lived the techie life until you've done a head alignment on an RP06 disk drive. This thing was the size of a Maytag washer, had 19 heads and was only good for 200 megabytes. If you ever forgot to take off your wrist watch, it would be pooched as soon as you moved your hand near the head-positioning magnet. The heads had to be laterally adjusted to within 200 micro inches while flying 35 micro inches above the pack surface (why didn't the Yanks ever go metric?)

In 1982 I bought a clone Z80 card for my Apple ][ (Apple 2) to get hands-on experience with CP/M-80 and the "8080/Z80 assembler". Does anyone remember using PIP (Peripheral Interchange Program) to copy files in CP/M? (This program had the same name in DEC's RSX-11M operating system)
I received my first exposure to RSX-11M when I landed a job doing hardware maintenance on a medium sized PDP-11/44 based system (BSIMS)
I bought an Apple Macintosh in May of 1984 (the first year they came out) for three reasons:
1. to learn 68K assembler
2. to experience what I thought was the world's first GUI-OS
3. it was obvious that Apple was going out of their way to not develop the still very popular Apple-2
  
  (In hind site I can now see that Apple had changed from a cool engineering company to a money-grubbing marketing company. Why is it that "the suits" come in and think they can improve things when they really don't have a clue? Don't believe me? Just take a look at the Apple-III which was designed by committee run by "the suits")
I received my first exposure to UNIX (BSD 4.2) when I landed a job in 1984 doing hardware maintenance of a system which consisted of two PDP-11/44 processors running UNIX and one PDP-11/44 processor running RSX-11M. Processor inter-communications took place over a PCL-11 (Processor Communications Link) while peripheral devices were connected using a DT-07 Unibus switch. A very cool setup for 1984.
In 1986 I bought a 286 clone just to get experience with MS-DOS based systems. How many of you ever worked on MS-DOS 2.0? At this time I also did some Motorola 6809 embedded design work for Bell Canada. The code was written and cross assembled on the 286 then blasted to a 2732 EPROM.
In 1987 I landed a corporate job programming in VAX-BASIC on both VAX-11/730 and VAX-11/750 processors which were later migrated to a dual VAX-8550 cluster (one of the first in Canada). The 8550 was connected to two HSCs (Hierarchical Storage Controllers) which were connected to 32 shadowed RA-80 disk drives. I learned DCL the hard way the leaned how to write code in MACRO-32 and then call it (as well as VMS run-time library routines) from VAX-BASIC. This was also my first exposure to packet networking. We used Ethernet, DECnet, LAT (Local Area Transport), MOP, and CSSI (Computer Storage Services Inteconnect).
In 1988 I upgraded my Macintosh to a larger Macintosh SE. The only reason for this was to get more memory and a big 20 Meg hard drive so I could load and learn MacPascal and Lightspeed-C
On 1988-Oct-08 I had the privilege to attend a Carl Sagan lecture at Convocation Hall, University of Toronto. Wow! What an impression he made on everyone by focusing more attention on the younger people of the audience. (one kid asked "how do I become an astronaut?" Carl answered "very few people actually fly in space but many thousands of scientists are involved in space-related research. Go into science and you life will be more satisfying)
I traded up my MacSE to a Macintosh LC around 1989 (the first Mac really should have been a color machine. What was Apple thinking?)
In 1989 I acquired another job programming as well as maintaining (yes, a hardware and software job) a pair of VAX-11/750.

1990s

In 1991 we moved our corporate application to a uVAX-3500 which was then upgraded to a uVAX-3800.
In 1992 our corporate application was migrated to a uVAX-4300. Of course this lead to more hardware and software training at DEC:
- Hull, Quebec (just East of Ottawa)
- Bedford, Massachusetts (20 Crosby Drive). Just north-west of Boston on Rte 128
- Maynard, Massachusetts (129 Parker Street). West of Boston
In 1993 I became SynOptics certified to work on Ethernet and Token Ring networks. I did the whole TCP/IP, SNMP, RIP/EGP/BGP thing.
Also in 1993, I did some free-lance work designing a 68HC11 based controller for a ground-source heat-pump. The code was developed on my Mac using the uASM cross assembler from Micro Dialects. The printed circuit board layout was done using McCad from Vamp. Click here for more info. (Many thanks to Dave Hatherton for the experience.)
In 1994 I traded up my Macintosh LC to a Macintosh Centris 610
I built a two messaging system between my uVAX-4300 and the ARDIS radio network (based upon a Motorola DataTAC radio). I did all the VAX-VMS work while Bell Mobility did the radio side. (our technicians were using an HP-100 PDA wired to a DataTAC to receive/acknowledge/close work tickets)
In 1995 I bought a 100 MHz Patriot 486 (an IBM Blue Thunder 486 clone chip on an IBM Microelectronics Mother Board) to:
1. use with Turbo-C so I can do my C/C++ college programming assignments (I'm just an evening student)
2. run a Whitesmiths-C development package (from Intermetrics Microsystems) for a 68HC11 based controller for a ground-source heat-pump. Here are some details
  1. Click here for technology details
  2. Click here for the human details
3. run a copy of personal Oracle 7 so I can learn SQL
  
  I now live in a dual computing-technology household.
In 1995 I signed up with and Ontario ISP called Hookup Inc. I'm now on the net (via dialup) and I've got my own home page. At this time the Internet is just a plaything for scientists and computer geeks.
I acquired a DEC-C++ compiler for my VAX at work. Our applications are still written in VAX-BASIC but compute intensive routines will be moved to C++ and called from VAX-BASIC. I also acquired a GNU-C compiler just for hacking purposes.
In 1996 our over loaded uVAX-4300 would periodically crash and no amount of tuning would help. We upgraded the OS from VMS 5.5 to OpenVMS 6.2 and now its rock solid. Digital really knows how to build an OS.
In 1997 I took over maintenance of:
1. ten Sun SPARC 5's (Solaris 2.5.1)
2. three Sun Ultra 170's (Solaris 2.5.1)
3. six HP-9000's (HP-UX-10.2)
4. five DEC Alpha 4100's (Digital UNIX 4.1)
5. three 486 based industrial boxes (QNX 4.2)
UNIX wise, it now looks like I'm back in the thick of things...
In 1998 we moved or corporate application from our uVAX-4300 to a VAX-6420. (Our department is cheap so we bought a used machine)
I returned to community college to attend an advanced Microsoft Access 97 course from a professional instructor (you can learn it on your own, but you'll never get a handle on the gazillion features of this product unless you learn them from someone else; Who would have thought that Microsoft needed to include 22 tool bars just to present everything to You?)
In 1999 I purchased a new Windows-98 based system for home use. I had a local integrator build a system consisting of the following:
1. ASUS P2B main board featuring an Intel 440BX chip set running at 100 MHz
2. 350 Mhz Intel Pentium-II with 64 Meg of SDRAM
3. 8 Meg ATI Rage Pro graphics adapter (AGP based)
4. Lectron 56K V.90 modem (ISA based) featuring the Cirrus CL-MD56xx chip set (an internal hardware based modem; not a WinModem or SoftModem)
5. 8.4 Gig hard drive, 40x CD-ROM, 100 Meg internal IOMega ZIP drive (IDE-ATAPI based), 3.5 " floppy drive
6. all in an ATX case with an ATX power supply (not as common a combination as one would think)
7. The usual el-cheapo stuff:
  - Advanced Logic sound card (PCI based)
  - PureData 36 bit Scanner
  - Lexmark 1100 Inkjet Printer
  By the way, I sold both the Macintosh Centris 610 and the Patriot 486 to help fund the purchase. (It seems I have been totally assimilated by the BORG from Redmond, Washington but who cares? As long as I have a reliable on ramp to the internet)
Bell Canada's Sympatico division finally offered 1-Meg high speed internet in my neighborhood and I was the first kid on the block to sign up.
In 1999 our over loaded VAX-6420 would periodically bog down and tuning would not help. We upgraded the OS from OpenVMS 6.2 to OpenVMS 7.2 and now it's rock solid. Compaq (formerly Digital) really knows how to build an OS. We also bought a used CPU module in order to upgrade to a VAX-6430 (this machine can support up to 6 CPUs)
In December of 1999 I was asked to attempt the port some OpenVMS apps from 32-bit VAX to 64-bit Alpha. Click VAX to Alpha Porting Diary for the hairy details. While the rest of you were waiting for Y2K to destroy the world I was tweaking VMS-BASIC compiler optimization switches.
Hardware Maintenance Summary for this decade (199x):
processors (all 32-bit VAX machines): VAX-11/730, VAX-11/750, uVAX-3500, uVAX-3900, uVAX-4300, VAX-6430
storage: RA80, RA81, RA60, BA565, HSD05, StorageWorks

2000s

Hardware Maintenance Summary for this decade (200x):
processors (all 64-bit Alpha Servers): AS-2100, AS-4100, AS-DS20e
storage: StorageWorks RA-3000, HSZ22-aa
Oops. I just learned that 10% of the VAX code base was written in VAX-C with some functions hand-coded in VAX-MACRO. It was no big deal to convert these to DEC-C for Alpha. Click VAX to Alpha Porting Diary for more details.
In 2000 I upgraded my ASUS-P2B to an ASUS-P3B (a Pentium-/// running 550 MHz). The L2 cache is smaller but I've got lots of throughput since it's on chip. This was the year I also signed up for 1-meg ADSL. I'll never be able to go back to 56k dialup.
In 2001 I started porting another large application from 32-bit VAX to 64-bit Alpha. We will be moving off the afore mentioned VAX-6430 to an Alpha-4100 with two CPUs. There will be an associated job moving a web server from VAX-4300 to Alpha-2100 (one CPU).
In 2001 I learned that Compaq has gone over to the dark side (Intel) by agreeing to stop development of Alpha (EV8 is cancelled). They claim that all Compaq servers will be using IA-64 starting in 2004, so I'm starting to read Itanium manuals. Check back here to see if I'm doing another port in 2006 or 2007.
Oops. HP (Hewlett-Packard) has just announced that they will stop development of PA-RISC (for a second time) and only focus on IA-64 (Itanium). They also announced that they will merge with Compaq which will result in a company slightly larger than IBM. What was that oriental curse about "living in interesting times"?

We must be doing good work because management just (2002.01.xx) presented us with a brand new Alpha Server DS20e (two CPUs running 833 MHz; HSZ22-based RA-3000 StorageWorks RAID array employing 24 spindles)

volume 1			volume 2			notes
1a0	1b0	1c0	2a0	2b0	2c0	primary RAID shelf
1a1	1b1	1c1	2a1	2b1	2c1	mirror shelf
volume 3			volume 4
3a0	3b0	3c0	4a0	4b0	4c0	primary RAID shelf
3a1	3b1	3c1	4a1	4b1	4c1	mirror shelf

In 2002 I built an "MQSeries gateway" to allow our OpenVMS/Alpha platform to connect to IBM's ECI in Lexington Kentucky. Click here for more info.
I just (2003-Apr-2) attended my first lecture at the Perimeter Institute for Theoretical Physics (PI) in Waterloo, Ontario. It was presented by Simon Singh and was titled "Cracking the Cipher Challenge". Although this lecture was held at the Waterloo Recreation Complex, rumour has it that lectures will begin next year in PI's own theatre. Very cool.

Update: view recorded lectures here: www.perimeterinstitute.ca/Outreach/Public_Lectures/View_Past_Public_Lectures/
In the Spring of 2004 we received word that one of the OpenVMS software applications (VDSL Provisioning System), developed in our "Skunk Works" at Bell Canada, resulted in a granted patent:

       09/847,535 (US) filed June 5, 2001
       2,348,405 (CA) filed June 5, 2001
       CA01/00862 (PCT) filed June 11,2001
In January of 2005 I thought I might return to my roots; I purchased an "Apple //e Platinum Edition" computer on eBay for a very reasonable price (US$80 for: Computer with 64 K memory, 80 Column card with additional 64K bank switched memory, 13" Color Monitor, and two 5 1/4 inch floppy drives. Shipping: US$60). Additional purchases include:
- an unopened copy of Apple Pascal 1.2 (UCSD Pascal) software package (US$20 from Paris, France)
- an unopened copy of Apple FORTRAN software package (US$10 from North Carolina, USA)
- a genuine Microsoft "Z-80 Softcard" with CP/M (US$20) along with Microsoft's Fortran-80 complier (Bill Gates would flip if he knew this was going on)
Now don't think that I've given up on modern technology; this is just my version of a car lover's "1962 Corvette" (although I'm sure the rest of the world sees this as worthless junk). Click here for some cool Apple-2 Links
In February of 2005 I started to work on an IVR (interactive voice response) solution based upon technology from Nuance Communications. Their Vocalizer product is the best TTS (text to speech) interface that I've personally experienced. Their slightly more expensive NVP (Nuance Voice Platform) can work in both directions forming the basis of any voice application including IVR (Interactive Voice Response). This system seems to be able to deal with voices from males or females, young or old, plain or accented, with no required pre-training (although the voice recognition service can be placed into a "learning mode" to improve results and recognize faster). They also support languages other than English. Nuance software employs VoiceXML (VXML) and VoIP to connect to telephone system interface appliances from 3rd party vendors like Intel. I'm currently evaluating an NVP solution based upon the Intel® NetStructure™ PBX-IP Media Gateway (specifically the PIMG80LSV4 a.k.a. PIMG80LS) which can connect a 100MHz Ethernet to a maximum of 8 standard analog "Tip and Ring" telephone lines. Other models in this product line can connect to any PBX including switches from Nortel, Mitel, Avaya, NEC, Siemens, etc. Click here for more information including links.

In 2005-12-xx I purchased a new PC for home use.

MB	ASUS-P5GD2 Chipset: Intel i915P/i915G
CPU	P4 3.2 GHz Prescott (hyper-threaded, mono-core, 32-bit)
Memory	1 GB DDR2
Storage	160 GB SATA
Optical	GSA-4163B (LG)
Video	ATI Radeon X600 via PCI-Express
OS	Windows-XP Pro 2002
Cost	$1200

In 2006 I converted our "MQ Series gateway" (based upon "Aventail VPN") into a "Websphere MQ gateway" (based upon SSL) to allow our OpenVMS/Alpha platform to connect to IBM's ECI in Lexington Kentucky. Click here for details.

On 2007-04-20 I purchased a refurbished PC for use with Solaris-11 and Sun Studio 11. I'm keeping my ASUS for Windows-XP use.

MB	ECS-Asterope3 Chipset: ATI RS400/RC400/RC410
CPU	"PENTIUM-D 820" 2.8 GHz Smithfield (hyper-threaded, dual-core, 64-bit (EM64T))
Memory	1 GB DDR2
Storage	200 GB SATA
Optical	TS-H652L
Video	Embedded ATI Radeon Xpress 200 (uses shared memory?)
OS #1	Windows-XP Media Center Edition 2002
OS #2	Solaris-11 (SunOS 5.11) along with Sun Studio 11
Cost	$500

OK so this motherboard isn't as good and I'm using now embedded video. But after 18 months, the number of cores double, the number of CPU bits double, but the price drops in half?

On 2007-09-30 I became aware of the fact that folding@home is the only distributed computing program which will affect human life almost immediately. I purchased some new computers and used ATI Graphics cards in order to do my bit (pun intended).
On 2008-02-xx I purchased my first Quad core (Intel Core2-Quad q6000) to explore the SMP folding@home client.
After 2008-06-xx I attended two week-long courses at Learning Tree in Toronto.
- LT-489: JavaScript for Web Development
  - I learned many new things about "DOM 4" but the biggest eye-opener was AJAX
- LT-522: Cascading Style Sheets (CSS) for Web Page Development
  - I have been doing everything wrong for the past 10 years. Application programmers who switched their users from VT100 series terminals to browsers need to know about this. Embedded styles and external CSS technology reduced the size of my HTML traffic by 40%

In 2009-08-xx, I put the finishing touches on an OpenVMS-based Employee Safety Protection Plan (ESPP). My employer requires that all employees (working alone or not) need to check in with their respective work centers every 120 minutes or sooner. My system sends an email reminder to technician's cell phones at 100 and 110 minutes. At 120 minutes an MIA (missing-in-action) message is sent with courtesy copies (cc's) sent to the control center as well as the technician's immediate manager. We escalate to the manager's manager 20 minutes after that. Although we are currently using Sanyo SCP-2300 smart phones, we intend to move to RIM BlackBerry units ASAP. Here is a table of 3-letter codes I implemented when replying by smart-phone email:

Numeric Code Alphabetic Alias Meaning Comments

000 OOO check OUT "zero" looks like "Oh" in OUT

111 xxxxxxxxxx III xxxxxxxxxx check IN (to location) xxxxxxxxxx "one" looks like "Eye" in IN

222 xxxxxxxxxx DDD xxxxxxxxxx set DESTINATION (to location) xxxxxxxxxx "two" sounds like "to" as in "going to"

777 SSS check in to SAME location as before "seven" begins with "s" as in "same"

Starting with 2009-09-xx, I have replaced all my folding-at-home CPU clients with BOINC clients (to support Rosetta-at-home and POEM-at-home). All machines with an ATI graphics card sill crunch for folding@home

Numeric Code	Alphabetic Alias	Meaning	Comments
000	OOO	check OUT	"zero" looks like "Oh" in OUT
111 xxxxxxxxxx	III xxxxxxxxxx	check IN (to location) xxxxxxxxxx	"one" looks like "Eye" in IN
222 xxxxxxxxxx	DDD xxxxxxxxxx	set DESTINATION (to location) xxxxxxxxxx	"two" sounds like "to" as in "going to"
777	SSS	check in to SAME location as before	"seven" begins with "s" as in "same"

2010s

As of 2010-01-01
- I'm still developing commercial applications for OpenVMS on Alpha
- On the home front, my wife and I own two PC's based upon Intel's Core i7 860 CPU (2.8 GHz) which do various forms of scientific analysis when we aren't using them (they are never turned off). They primarily support folding@home on ATI Graphics Cards as well as Rosetta-at-Home and POEM-at-Home via BOINC
- We recently added Docking-at-Home (another protein project) and Climate Prediction.net to our BOINC project lists. The BOINC client switches between projects every 60 minutes.
In 2010-06-xx I was approached to build a SOAP interface into my OpenVMS systems. After setting up a preliminary demo solution employing AXIS2 under Apache Tomcat, a better solution was achieved using gSOAP. Click here to see my notes.