The Blacksburg DeceptionTM

Copyright ©  by Peter and Karl Rony. April 13 and 19, 2009.   All rights reserved.   

 

 Why bring up "Bug Book History" in 2009?

 

Several “Bug Book History” stories have appeared on the Internet during 2008-09. Being an expert on "Bug Book History", I asked myself, Should I respond to such stories?  

My first answer: This history can be used as a business case study concerning the failure of a small partnership. 

My second answer:  " . . . No matter what the reason, . . . once an item is left out of history it tends to disappear permanently." 

My story is an educational one.  There is an important legal story associated with the "Bug Book History"   that can be of interest to any professional who seeks somebody who has had experience with the legal actions associated with Discovery, Production of Documents, Bill of Complaint, Request for Admissions, Settlement Agreement negotiations, Stockholders meetings, and the Oppression of a Minority Shareholder. 

The best action that I took during my experience was to hire a superb, Roanoke law firm to represent me in my fight against David Larsen, Jonathan Titus, and Christopher Titus.  Instead of three against one -- the mastermind group versus Peter Rony -- I evened the odds to three against three. 

One of my two attorneys was an experienced negotiator.  My second attorney was an experienced trial lawyer.  Also, I had the benefit of a para legal, Marie Perry, who copied more than 1900 documents at the Nanotran Inc / Tychon Inc. business office.  I still have these archives.

My legal story provides you with a well-known caution if you ever plan to form a partnership: partnerships can fall apart.  According to my attorney, it happens all the time.  What is absolutely necessary is an excellent, fair, balanced, initial, partnership agreement at a time when all partners are friendly and the role of no single partner is disproportionately large. 

I played a major role in the pioneering, million-seller, mult-language "Bugbook" laboratory textbooks on digital electronics, microprocessor programming, and microprocessor interfacing.    By 1979-1980, 1984 and 2009, my key role was willfully ignored by my partners.  

The partnership started with two individuals -- Peter Rony and David Larsen -- during the spring-1974 university quarter at Virginia Tech.  During late summer 1974, we added a third partner, Jonathan Titus, and the three of us incorporated two Blacksburg VA companies -- Nanotran Inc. and Tychon Inc.  Later, we added a fourth partner, Christopher Titus.  Once we rented our business premises, we hired Chris' wife, Sara Titus, as the corporate secretary. 

Why two websites? The first, www.blacksburgdeception.com, covers the vigorous legal battle (March 12, 1979 to June 17, 1980). The second,   www.bbookhistory.com  , covers the bugbook era (February 1974 to March 12, 1979), and includes downloadable PDF files of the original, typewritten “Bugbook 0” workbook and the Bugbooks I, II, IIA, III, V, and VI.  

On this revised home page, I provide two chronology memos that I wrote on April 5, 1980 and on April 23, 1998.  I seem to write Bugbook chronologies during the month of April; I did so  in 1980 and 1998 and now am doing so in 2009. 
 
The truth of the legal battle is available in the public domain:  the legal documents are archived in folder V5203 of the Chancery Court archives at the Montgomery County Courthouse Room B5 in Christiansburg, VA.  In this web site, I will save you the trouble of driving to scenic, downtown Christiansburg.   I provide both PDF files and also scanned-text files for two key legal documents: Bill of Complaint and Request for Admissions.  Other legal documents are available only as "Downloadable PDF files" in the Tidbits sections.
 
(revised Home page signed by) Peter R. Rony, April 19, 2009
 
 

 

 Print   
 Tidbits
res ipsa locquitor Google PDF
"once an item is left out of history . . . "
Downloadable PDF files
Times Have Changed
What is a Tidbit
Bug Set 6
Bug Set 5
Bug Set 4
Bug Set 3
Bug Set 2
Bug Set 1
Deception Thesaurus
Where are they now?
Hypotheses
res ipsa locquitor Google PDF
"once an item is left out of history . . . "
Times Have Changed
Bug Set 6
Bug Set 5
Bug Set 4
Bug Set 3
Bug Set 2
Bug Set 1
Where are they now?

A Google search provides links that explain the meaning of the Latin phrase, "res ipsa locquitor".   See the attched

res ipsa locquitor Google PDF

file.

The following quote is fundamental to the reason why I have created this website: 

As Napoleon indicated, History is the lies upon which we've all agreed. There is no such thing as a work of history that doesn't leave some important element out. Partly that's to make history more palatable for a new generation -- who really wants to know about dentistry in the Colonial era when we're reading about George Washington and his false teeth? No matter what the reason, though, once an item is left out of history it tends to disappear permanently. Unless Paul Harvey Jr. gets his hands on it.”

 

. . . Kevin L. Nenstiel, omnivore (Kearney, Nebraska), Hidden History, June 6, 2001

 

  • There is no longer a need to teach the pin configurations and wiring of 7400-series integrated circuit chips.
  • There is no longer a need to teach how to interface microprocessor data, address, and control buses.
  • There is no longer a need to teach how to program microprocessor chips in either machine code or assembly language.
  • The four companies – Nanotran, Tychon, the Blacksburg Group, and Group Technology – are no longer in business, and probably haven’t been in business for two decades.
  • All of the Howard W. Sams Inc. “Blacksburg Continuing Education Series” books are probably out of print. Some older, used copies remain available on Amazon.com and Alibris.com. 
  • It probably has been two decades since a new book was added to the Howard W. Sams Inc. “Blacksburg Continuing Education Series” books.
  • The E&L Instruments Inc. MMD-1 8080A microprocessor trainer was replaced by the FOX Z-80A microprocessor trainer twenty-seven years ago, in 1982.  Being free of all entanglements with Nanotran Inc, Tychon Inc, Blacksburg Group Inc, and the "mastermind group", I wrote the E&L Module One and Module Two manuals for this trainer.
  • The hobbyist, electronics book market that was served so well by Howard W. Sams, Inc. probably collapsed two decades ago.
  •  

 In the context of this website, a "Tidbit" is definied as a brief, useful bit of information.   On the Internet, you can find the following definitions for "tidbit":

 1 : a choice morsel of food 2 : a choice or pleasing bit (as of information)

 http://www.merriam-webster.com/dictionary/tidbit

 
tidbit Usage Examples  Preposition: of
·         iinformation: However, the Gospel of John gives us an interesting little tidbit of information.
 

 

 

 

 

 

 

 

deception
 
noun
1.     The act or practice of deceiving: cunning, deceit, deceitfulness, double-dealing, duplicity, guile, shiftiness. See honest
2.     An indirect, usually cunning means of gaining an end: artifice, device, dodge, feint, gimmick, imposture, jig, maneuver, ploy, ruse, sleight, stratagem, subterfuge, trick, wile. Informal: shenanigan, take-in. See honest, means
 

 

  • Dr. Jon Titus no longer lives in Blacksburg and probably has not lived in my home town for two decades.
  • Dr. Christopher Titus is deceased, because of an automobile accident on the East Coast.
  • Peter Rony is now professor emeritus of chemical engineering. He no longer teaches lab courses.  He retired on December 31, 2001 and still lives in Blacksburg VA.   
  • David G. Larsen retired from his lecturer position in the department of chemistry and lives in Floyd County VA.  

 I can only offer several hypotheses why David Larsen wrote his deceptive "Bug Book History" stories on his websites. In the following sentences “he” refers to Larsen. 

  •    My first hypothesis:  he probably is trying to use Bug Books History to sell land in Floyd County.  The accuacy of the history is unimportant compared to his land advertisements.     
  • My second hypothesis:  he probably has had a long-standing grudge against me because I was a  founding colleague (in spring 1974) who finally had no choice but to file a lawsuit against the "mastermind group" in April 1980. 
  •          My third hypothesis: he is a senior citizen and his “Bug Book Histories” may be his latest attempt (which is being done at my expense) to validate his life.  
  •         My fourth hypothesis: he wants to create a monument  to the glory of himself.   What is this monument?  The “bugbook computer museum”, either bricks-and-mortar or online.  In my opinion, a bricks-and-mortar museum is an expensive, wasted effort.  
  •          My fifth hypothesis: deception is how he has always behaved -starting when I first collaborated with him in the spring quarter, 1974.  
  •     My sixth hypothesis:  several of the above. 

     


  
 Early Chronology of the Bugbooks (written April 5, 1980) Minimize

 

TO:   Cordell M. Parvin, Esq.
FROM:  Peter R. Rony
DATE:   April 5, 1980
SUBJECT:  Possible Bill of Complaint concerning royalties and copyrights for books that I have written
 
 
On March 19, 1980, you asked me to provide you with a memorandum stating, in chronological order, the facts associated with the books that I have written. As I understand it, you are considering requesting the court to return the copyrights to me as well as past royalties.
 
1.        In the spring of 1974, Larsen and I collaborated on the teaching of an electronics course in the chemistry department at Virginia Tech for chemical engineering COOP students. We decided to do something quite novel: teach the students digital electronics, rather than analog electronics or circuit theory, as their first exposure to the field. In February, 1974, I quickly wrote a series of eleven “Experiments in Digital Electronics” without any assistance from Larsen. [2009 NOTE:  I now call this workbook "Bugbook 0", knowing well that the Roman number system never did employ the concept of "0".]  He developed some seven—segment display Outboard modules (electronic hardware) without any assistance from me, and together we tried out our new approach. It worked.
 
2.       The early laboratory periods of the course being clearly successful, we decided to try to contact a manufacturer who would sell the hardware that Larsen developed, called Outboards. A selling point that we had was that the hardware would be supported by one or two textbooks that would contain experiments using the hardware. We contacted two companies, Heath Company and E&L Instruments, Inc. Heath was not interested, but E&L was. This activity (of contacting the companies)  (sic) occurred in early April, 1974.
 
3.       The understandings that Dave Larsen and I had at this point of our collaboration were as follows:
 
a.      Our objective, in contacting the companies, was to obtain royalties on the marketing of the hardware developed by Larsen. We felt that this was possible based upon the precedent of Heath Company’s educational electronic equipment developed by Howard Malmstadt and Chris Enke, professors of chemistry at midwest universities.
 
b.     I would work on the textbook(s), and we would attempt to get them published by a traditional publisher of books.
 
c.      We would collaborate in this venture, and SHARE in the royalties, control, and recognition from both the hardware and the software. We would both participate in negotiations and in the signing of documents.
 
d.     We would not request any advances, nor would we sell the ideas we had to any company. Rather, we would take the risk, along with the company, and hope to obtain a higher return in the form of royalties. The more successful the product, the greater the royalty return.
 
e.  We were not in a position to engage into any manufacturing  operations, since we were full-time employees at the university.
 
f.      The work on the hardware or software was not inconsistent with our university positions, since the material developed was directly useful in our coursework.
 
g.      We felt that we had a more modern approach than the Malmstadt - Enke “Electronics for Scientists” approach, and felt that we had considerable opportunity to gain professional recognition. The unique aspect of our approach was the fact that we used integrated circuits directly on solderless breadboards, and that therefore our equipment was easily 10% of the cost of the Malmstadt - Enke equipment.
 
4.      During the second or third week of April, 1974, Larsen and I visited the E&L headquarters in Connecticut and showed them, in confidence, our ideas on the hardware as well as the eleven-experiment “Experiments in Digital Electronics” manuscript. E&L was extremely interested in the software, because they had been told by a consultant previously that they had to provide written material to show how their customers could use their products. We told them that we would work with them provided that they accept our package, both the hardware developed by Larsen and the software written, or to be written, by myself.
 
5.      During the spring, 1974 Pittsburgh Analytical Conference, Larsen was contacted by representatives of IBM Corporation, who asked him if he could provide a short course for them in East Fishkill, New York in which we would teach them how to interface their semiconductor analysis equipment to an IBM minicomputer.  We agreed to give such a course, scheduled it for late August, 1974, and had all short course revenues go to the chemistry department to support graduate students in that department. [As an aside, I never received a letter of thanks from the department head of chemistry for my contribution to this support.] This scheduled short course provided a target date for the writing of my book(s) on digital electronics.
 
6.      Starting in June, 1974, and continuing until early August, 1974, I wrote three books, that ultimately became known as “Bugbook I,” “Bugbook II,” and “Bugbook IIA,” which totaled 350 pages, 350 pages, and 70 pages, respectively. I drew all of the pen-and-ink line drawings, typed all of the copy (including the final copy from which the book was photographed), developed the pedagogical approach, developed the experiments, etc. Larsen had very little input into this entire process, and little to offer of an editorial nature since he did not know how to write very well. The important assistance, of a pedagogical nature, that I received on campus was from Roberts Braden. I did most of the work during early and late evenings, and on weekends. It was an extremely busy period of time for me. Since I can type close to “final copy” the first time, there was no need for repeated drafts of the books.
 
7.      The Bugbooks I and II were published by Southern Printing, Blacksburg, on August 20, 1974 and August 24, 1974, respectively. I also supervised the coordination of the printing operations. Bugbook IIA was mimeographed, and not published as a bound book. We used this material late in August at IBM.  I kept to my promise, and placed Larsen’s name as co-author (even listing him first on one of the books) as well as a copyright co-holder. I did this because I was a man of my word. From a professional point of view, since he did not contribute to the writing of the books, he really did not belong as either an author or copyright holder.
 
8.      Bugbooks I and II were copyrighted on September 3, 1974.
 
9.      By the late summer, 1974 or perhaps fall, 1974, Jon Titus, who had joined our group, began to work on a “teaching” microcomputer ultimately known as the MD-I. The computer was based upon a second-generation microprocessor chip called the 8080, manufactured by Intel Corporation. The microcomputer was novel in that it contained a solderless breadboard, which permitted students to access the “busses” of the microcomputer directly, without soldering. This was the first time that solderless breadboarding and computer interfacing were tied together, and represented an educational innovation of which Titus can be proud. E&L became interested in this microcomputer, and agreed to market it provided that a book would be written. I agreed to write such a book.
 
10.    Late in spring, 1975 (perhaps May, 1975), I began to slowly work on the book, which ultimately became known as Bugbook III, once I was given a prototype by Jon Titus to play around with. The book writing intensified during the summer, 1975, and I finished it by the middle of August, 1975. I wrote the book myself, with essentially no writing assistance from either Larsen or Titus. I drew pencil sketches of many of the drawings, and Chip Wilson, an employee of Tychon, Inc., traced over them as originally drawn. Thus, the organization of the pen-and-ink line drawings was also my creation. Titus was very busy with further development of the microcomputer, as well as with the development of manufacturing capability for the device in Blacksburg.  E&L Instruments, Inc. provided some advance funds for me, perhaps in the neighborhood of $3000, to speed up my writing of the book.
 
11.     Bugbook III was published on August 18, 1975. True to my original promise, I placed both Larsen’s and Titus’ names as coauthors and copyright coholders.  The book was copyrighted on September 17, 1975.
 
12.    Bugbook IIA, all 70 pages of it, was published by E&L Instruments, Inc. on April 24, 1975.  I wrote the entire book, and did all of the line drawings. The book was printed in Blacksburg by Southern Printing Company. The book was copyrighted on July 21, 1975, in the names of Larsen and Rony as copyright holders.
 
13.    By the end of summer, 1975, I had written four books--Bugbooks I, II, IIA, and III--yet I had not received much in the way of royalties. There were start-up expenses associated with both Nanotran and Tychon, and so I tried to understand and hoped that a bit of (sic) forbearance initially would reap returns later.  Nevertheless, I was disturbed that I was not receiving any royalties.
 
14.    The royalties disbursement matter came to a head on April 6, 1976, when Myriam Rony took matters into her own hands, went to the Nanotran/Tychon business premises, and challenged Jon Titus on why no royalties had been distributed. This was an unpleasant task, and neither Dave nor I at the time wanted to challenge Jon directly on this matter, for fear of causing the collaboration to be destroyed. Soon thereafter, regular monthly royalty disbursements began by Nanotran, both on the books and on the Outboards hardware from E&L Instruments, Inc. royalty income.
 
By this time, Jon Titus was working on a better and less-expensive educational microcomputer, which he called the “Dyna-Micro.” I will comment more on this subject later.
 
15.     Late in 1975, or early in 1976, I started to write more experiments for future books. The subjects were the following:
 
The 8255 programmable peripheral interface chip
·         How to use a Telequipment oscilloscope
·         How to use a 555 timer square wave generator, in conjunction with resistors and capacitors, to learn about transient circuit behavior in analog systems
·         How to use the 741 operational amplifier
·         How to use voltage regulator chips
·         How to use AD757O analog—to—digital and AD7522 digital—to—analog converters.
 
I wrote all of this material myself, and drew all of the line drawings. Some of the analog electronics material was tested in a Larsen Chem 4062 course during spring, 1976, or perhaps spring, 1977.
 
16.     During October to December, 1975, Jon Titus developed a new educational microcomputer, the Dyna-Micro, that he felt was less expensive and more effective than the unsuccessful MD-l microcomputer marketed by E&L. The problem with the MD-I was that it was too expensive. Jon Titus did all of this development work by himself, with no assistance from either Larsen or myself. He wrote a series of three articles on the microcomputer, which were published in the May, June, and July, 1976 issues of Radio—Electronics magazine. Keep in mind that such a magazine needs about three months advance notice for any article. The May, 1976 article was the feature story.
 
17.     To help launch Jon’s new microcomputer, which E&L wanted to market, I stopped my writing mentioned in item 15 above, and started to write a new pair of books for the MMD-l microcomputer, as it ultimately was called. I do not recall the exact date that  I started, but it probably was in January, 1976 or during the December Christmas vacation in 1975. My teaching load was much heavier, so I informed Titus and Larsen that I could not write any book in only two or three months, as I had done with Bugbooks I, II, and III.  I suggested that I write the book on a chapter-by-chapter basis, and that several chapters would be bound and sold as a “module” for what would ultimately become Bugbook V.
 
18.     As I had promised years previously, I placed Larsen, and now Titus, as co-authors on the modules associated with Bugbook V. The dates of publication, by Southern Printing Company in Blacksburg, and copyright, can be summarized as follows:
 
Module Number                             Printing Date                                  Copyright Date
One                                   May15,1976                              December 3, 1976
Two                                   June 1,1976                                  December 3, 1976
Three                           October 8, 1976                            December 3, 1976
Four                             October 8, 1976                            December 3, 1976
Five                             October 8, 1976                            December 3, 1976
Six                              October 18, 1976                          December 3, 1976
Seven                         October 18, 1976                          December 3, 1976
“Supplement”              June 10, 1976                                December 3, 1976
 
In looking through the modules, I detect some discrepancy in the dates that appear in the modules themselves, and the above printing dates. I cannot explain why the discrepancy exists, but the dates below certainly must be viewed as being accurate. Keep in mind that, when I filled out the copyright forms in December, 1976, I was quite late in doing so. Listed below are the printing dates, and printing locations, listed in the modules themselves.
 
Module Number                   Printed Date of First Printing         Location
         One                                                March, 1976                Blacksburg
         Two                                                March, 1976                 Blacksburg
         Three                                             September, 1976             Vermont
         Four                                               September, 1976             Vermont
         Five                                                September, 1976             Vermont
         Six                                                 September, 1976 (?)         Vermont
         Seven                                             September, 1976 (?)         Vermont
         “Supplement”                                March, 1976                 Blacksburg
 
Interestingly enough, though Larsen, Rony and Titus were listed as coauthors, only Rony and Larsen were listed as copyright co-holders on these modules.
 
I wrote all of the material in these modules, without any assistance from Larsen or Titus. I drew all of the pen-and-ink line drawings, or borrowed existing drawings from my originals from Bugbooks I and II. The books contained new material on 8080 programming, and a revised version of some of the chapters in Bugbooks I and II. The idea of mine was to write an integrated microcomputer/digital electronics book in which the reader starts at the microcomputer level and then returns to basic digital electronics.
 
As you can also see, the first two modules, One and Two, and the “Supplement” (which showed a reader how to adapt Bugbook III to the new MMD-l microcomputer) were ready in time for the Jon Titus articles on the MMD-l in Radio-Electronics magazine.
 
As you can also observe, the writing of the remaining modules, Three through Seven, occurred during the summer of 1976, and was my primary activity during that time, in addition to research.  I was busy that summer, and could accomplish less writing.
 
19.  On May 24, 1976, an agreement was signed between Howard W. Sams & Co., Inc. and Rony, Larsen, and Titus to adapt Bugbook III and publish it as “The 8O80A
Bugbook:    Microcomputer Interfacing and Programming.” I did all of the revisions on this book, which was published in May, 1977, I believe. The reason for doing this was because Bugbook III was already obsolete. The MD-l microcomputer (the subject of Bugbook III) was not a commercial success, and the new MMD-l microcomputer replaced it. My feeling was that it would be possible to continue some life to the Bugbook III by revising it. Interestingly enough, it has proved to be an extremely popular book, even now, and is the best seller in our entire series of Howard Sams books.
 
20.  I continued to work on additional software for the MMD-l microcomputer. I finished about five or six additional chapters, and Bugbooks V and VI were finally published, in their entirety (about 900 pages long) during May, 1977.
 
21.  Rony, Larsen, and Titus were listed as coauthors and co-copyright holders on Bugbook V.  Bugbook V was copyrighted in October 6, 1977. It was published on May 30, 1977.
 
22.  Rony, Larsen, Jon Titus were listed as coauthors and co-copyright holders on Bugbook VI.  Bugbook VI was copyrighted on October 6, 1977.  It was published on May 20, 1977.
 
23.  Royalties for the Bugbook V modules and also Bugbook V were to be split 33%/33%/33% among Rony, Larsen and Titus.
 
24.  Royalties for Bugbook VI were to be split 25%/25%/25%/25% among Rony, Larsen, Jon Titus, and Chris Titus.
 
25.  I expected to have royalty returns from the MMD-l microcomputer hardware.  I never received any!  In the May 31, 1977 breakfast meeting minutes, there
is the following statement:
 
3.     We will start to distribute the MMD-1 and perhaps the BRS royalties with the next royalty statement from E&L.
 
This never occurred. The BRS stands for “Bugbook Reference Series,” which I will talk about next.
 
26.  For the first several years of the existence of Nanotran and Tychon, I was the primary writer of the group.  I did the writing, shared my royalties, author recognition, and copyrights with the understanding that my colleagues would do the same with their hardware or software. Up to September, 1976, I had written Bugbooks I, II, IIA, III, and V (modules), and neither Larsen nor Titus had written any books.
 
When I re-directed my attention from the material mentioned in Item 15 in this listing to the Bugbook V modules, an opportunity came up for us to enlist other authors. The first such author was Howard Berlin.
 
27.  Near the end of 1976, Christopher Titus finished his work for a Ph.D. degree in the Department of Chemistry at VPI&SU.  During 1977, we equalized the ownership of Nanotran and Tychon to bring Chris Titus in as a full and equal partner, even though he had not contributed significantly to any revenues generated by Nanotran up to that point.
 
Initially, Nanotran ownership was 4/11 Rony, 4/11 Larsen, and 3/11 Jon Titus. At a Nanotran stockholder’s meeting, on February 1, 1977, a motion was made and passed (sic) to pay “past consulting fees” due Rony, Larsen, and Jon Titus at the rate of 10% per year. Basically, this was concerned with the buy-in by Chris Titus. Unfortunately, no amount was indicated in the minutes, nor was any calculation procedure for determining the amount provided. To this date, I still do not know how they arrived at the figure.
 
On September 23, 1977, ownership of Tychon and Nanotran was equalized among the four of us. We had separate Nanotran and Tychon stockholder’s meetings.
 
28.  Howard Berlin published his first book with us, “The 555 Timer Applications Sourcebook, with Experiments,” in November, 1976. I expected to share in one-fourth of the royalties that would go to Nanotran, but never received anything ever.  I had little to do with the book.
 
29.    In April 1977, Howard Berlin published his second book with us, “The Design of Active Filters, with Experiments.” I never received any share of the royalties from this book either.  I had little to do with it.
 
30.  In October, 1977, Howard Berlin published his third book with us, “The Design of Operational Amplifier Circuits, with Experiments.” Again, though I expected to share in the Nanotran royalty income on this book, I never did.
 
31.    
 
NOTES:
 
I have many additional duties besides writing this chronology, so I must stop at this point and go to other matters.  Is this material of use to you, Cordell, as you contemplate writing another Bill of Complaint?  I have to work on other matters in the chronology, and it begins to get complicated. Let me provide some highlights.
 
·         In 1977, Paul Goldsbrough enters the picture. He is supposed to finish my work on the 8255 book, and list me, among others, as coauthor and copyright co-holder. He finishes the book after two years, but omits me from the copyright notice and does not place me as a full coauthor. The book was published in July, 1979.
 
·         NCR Corporation permits us to revise one of their books, in 1978, and have it published. I do the job along with someone from E&L Instruments, Inc. , Mr. Gary Oliwa.  I never receive any share of royalties from this book.
 
·         The MMD-l microcomputer royalties are never shared with me.
 
·         The “outside author” royalties are never shared with me.
 
·         The MD-l microcomputer (the first microcomputer) royalties are finally shared, but by the time they are, such royalties are miniscule.
 
·         Howard W. Sams, early in 1978, becomes interested in publishing our entire series. Nanotran signs the contract as the AUTHOR, rather than letting me sign.  This was done behind my back.
 
·         Early in 1978, the contact with SGS-ATES in Italy becomes firm, and Joe and Betsy Nichols are enlisted to adapt Bugbooks V and VI for use with a Z8O microcomputer. My understanding was that I would share in the copyrights on these books, as well as royalties. This whole matter became messy in spring, 1979.
 
·         By summer, 1978, I was openly complaining about not receiving any MMD-l hardware royalties, which by then had been substantial. My complaints were ignored.
 
·        Numerous things happened starting March 13, 1979, when I informed my colleagues that I wanted to withdraw. The actions are summarized in several memos, which I can summarize in this chronological listing if you so desire.
 
·         The land partnership, specially the 200 acres, was supposed to be Larsen’s contribution to the group effort, in return for all the work that Titus had done on hardware and I had done on software. Larsen would manage it at no charge, and would get good land deals.
 Print   
 Why did a chemical engineer start writing lab books on digital electronics and microprocessors (written April 23, 1998) Minimize
Virginia Tech      Department of Chemical Engineering
           VIRGINIA POLYTECHNIC INSTITUTE  133 Randolph Hall, Blacksburg, Virginia 24061-0211
           AND STATE UNIVERSITY                      (703) 231-6631 Fax: (703) 231-5022
 
April 23, 1998
 
 TO:    Su Clausen <sclaus@vt.edu>
 FROM:        Peter Rony <rony@vt.edu>
 SUBJECT:   Microprocessor Education at Virginia Tech during the 1970s
 
WELCOME
 
I am enormously pleased that you, and Virginia Tech Magazine, plan to check the historical details associated with Virginia Tech’s pioneering role in microprocessor education. Both Dr. Jonathan A. Titus -- the hardware creator -- and I -- the laboratory book creator -- played important roles internationally.
 
In preparation for our meeting at 3:00 PM in my office, Randolph 142B, this morning I have made a first pass -- in my basement catacombs -- at identifying historical documents and books that are relevant. I have several plastic crates of this stuff, and I will bring what I just found to my office today.
 
INFORMATION TECHNOLOGY IN THE 1970s
 
When you, as a historian and editor, think back to the 1970s, you should try to understand the “information technology” conditions that existed at that time. There were no Apples or IBM PCs or Macintoshes by the mid-1970s. For the creation of memos, manuscripts, and books, the electric typewriter (e.g., IBM Selectric II) was the word processor, without the processing. The IBM mainframe was situated behind glass windows in Burruss Hall. As a faculty member, you rarely asked how the mainframe worked, and the mainframe gurus rarely told you their secrets. At the time, the people’s computer happened to be Digital Equipment Corporation’s (DEC) minicomputers -- the PDP-8 and the PDP-11 . Unfortunately, DEC felt no obligation to teach its ultimate [customers]; [the] literature that DEC provided assumed that you had two years of courses in an Electrical Engineering department. To a novice, the DEC literature was not only useless, but aggravating.
 
DEC MINICOMPUTERS: HOW DO YOU INTERFACE THEM?
 
In 1973, the Chemical Engineering department purchased, for perhaps $15,000, a PDP LAB/8E minicomputer for interfacing to research lab experiments. I remember sitting in front of the computer many times trying to understand how to use it. One or two years later, I purchased a PDP 11/10 for my funded research projects. It came with a teletypewriter -- a very clunky printer -- and also a more modern, digital tape deck. Again, I was not very successful in learning how to interface the PDP 1 1/10 to equipment. At the time, I did not understand what an “operating system” did. Today, tens of millions of people understand what the Windows 95 operating system is all about. Digital Equipment Corporation told me to reconfigure their operating system from a teletypewriter printout to a digital tape deck save. I had no idea how to do it, so I asked my graduate student, Gamal Amer, to do the job for me. He tried for several days, and gave up in frustration. The PDP 11/10 was never used by me owing to my inability to understand how to interface it,
 
ELECTRONICS FOR SCIENTISTS COURSES IN CHEMISTRY DEPARTMENT
 
In December 1972, Professor Wayne Bennett (EE) and Professor Gerry Beyer (ChE) jointly offered a brief, College-of -Engineering, short course on computer interfacing. The material was entirely new to me, and it catalyzed my interest in hands-on computers. During spring 1973, I signed up as a chemistry graduate student and took two courses (pass/fail): (1) Electronics for Scientists (taught by Instructor David Larsen in Chemistry), and (2) Minicomputer Interfacing (taught by Professor Raymond Dessy in Chemistry). I should have taken these two courses for a letter grade; I worked diligently and probably would have received two A grades. Course (1) substantially improved my knowledge of basic, analog electronics, but it taught me nothing about digital electronics. In Course (2), Professor Dessy had a laboratory workbook for experiments with a DEC PDP-8 minicomputer.
 
A NEW APPROACH TO LABORATORY DIGITAL ELECTRONICS EDUCATION
 
By 1973, the chemical engineering department was engaged in a revision of a quite outdated curriculum. At the time, I was the champion for the idea that all of our undergraduates should take a course in instrumentation electronics. We made arrangements for Assistant Professor Tom Kabaservice to teach such a course during the fall 1973 quarter, but when Sepember 1973 arrived, Tom had already left the EE department. We were not informed of his departure. The EE department had Professor Skutt give a “transistor biasing” course to our ChE junior undergraduates. Never known to suffer in silence, our juniors made a big stink about the course with our department head, Henry McGee. In January 1974, at a faculty meeting, I assumed responsibility for the debacle, and proposed that I would figure out what to do even if I had to teach the course myself
 
I immediately went to David Larsen and inquired if he would be willing to teach an “Electronics for Scientists” laboratory course to all of our chemical engineering undergraduates (about 40 - 50 students per year at that time). He said yes, but indicated that he would need to purchase several additional Malmstadt-Enke laboratory sessions (sic) [stations] in order to handle so many students. Price tag: $5000 per lab station, a total of $15,000 from the ChE department. When I approached (February 1974) the ChE faculty with these amounts, they rejected the expenditure.
 
I went back to the drawing board. I returned to David and told him that the Malmstadt-Enke laboratory stations were much to (sic) [too] expensive for the ChE department budget. Further, I informed him that we had a choice of three significant alternatives in an “electronics for scientists” course:
 
Alternative 1 .  Power electronics, which I took as an undergraduate in 158 (sic) [1958]
Alternative 2.  Instrumentation electronics (which I never took as a course, and taught myself during graduate school)
Alternative 3 .  Digital electronics and digital computers (which I still did not understand)
 
I recommended to David that we teach Alternative 3 to ChE undergraduates, but that we do so at a low cost per laboratory station.  [2009 NOTE: I am mistaken here. I first wrote "Bugbook 0" experiments around the E&L Instruments, Inc. Digi-Designer trainer for my spring 1974 ChE students. David’s implementation of logic-switch, lamp-monitor, pulser, clock, and power-supply Outbards as replacements for the Digi-Designer trainer came late in spring 1974 and was first used by ChE students during the fall 1974 quarter.]  At that time, David came up with an absolutely superb idea: “Outboards”, small and simple electronic circuit boards that each provided a specific digital function and would attach directly to an E&L Instruments, Inc. white, solderless breadboard (which became available commercially in the early 1970s). The value of this idea was its low cost -- a complete undergraduate digital electronics lab station was available for $19 for the solderless breadboard, $1.50 for a lantern battery, and about $35 for a set of digital Outboards. In comparison, existing digital trainers -- e.g., the Digital Equipment Corporation trainer, were elaborately packaged and expensive at between $500 and $3000 per trainer.
 
[2009 NOTE: I am completely mistaken here. We did not test all of David’s Outboards on my spring-quarter 1974, chemical-engineering students.] We tested the Outboards-and solderless-breadboard approach on a small group of 15 ChE CO-OP students during the winter or spring semester of 1974 . I wrote eleven (11) step-by-step experiments for these students. These experiments were the beginning of my Bugbook series of books.
 
IBM SHORT COURSE
 
The IBM Analytical Department in East Fishkill, New York, asked us, in May 1974, to teach a short course, late in the summer, on interfacing their equipment. We taught a 5-day course; the entire analytical department including the manager attended our course.  IBM outsourced the responsibility for the course to us because nobody within the company would give them any assistance. With the August deadline, I created several Bugbooks:
 
Bugbooks I and II -- on digital integrated circuit chips
Instructor’s Workbook for Bugbooks I and II
Bugbook IIA -- on asynchronous serial interfacing techniques.
 
I used my personally owned Selectric typewriter to create these books. Copies were printed at Southern Printing in Blacksburg directly from my typewritten originals. E&L Instruments, Inc., of Derby, Connecticut paid for the printing costs and then proceeded to market the books to a variety of educational institutions. The books were immediately successful.
 
EVOLUTION OF THE BOOKS
 
Books based upon typewritten originals: Bugbooks I and II and IIA(1974), III (August 1975), V and VI (Modules in March 1976, full books in May 1977).
 
Books typeset by Howard W. Sams, Inc. in Indianapolis -- all of my books, starting in 1978 [2009 NOTE: The correct year is 1977].
 
 
CAST OF CHARACTERS
 
Peter Rony -- professor of chemical engineering during the 1970s and beyond
 
David Larsen -- instructor in chemistry during the 1970s and beyond
 
Jonathan A. Titus -- chemistry graduate student during the 1970s
 
Christopher A. Titus -- chemistry graduate student during the 1970s; brother of Jonathan
 
Rony, Larsen, and Jonathan Titus created a microprocessor education company, Nanotran, in Blacksburg and later brought Christopher Titus aboard as a full partner. The Titus brothers handled the business aspects of the company; my only repsonsibility (sic) [responsibility] was to write laboratory textbooks. We also created a second company, Tychon. We worked together for five years starting in 1975, at (sic) [after] which time I asked to leave both companies and to regain full author and copyright control of my books.
 
Raymond Dessy -- professor of chemistry during the 1970s; may now be retired
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