July 7, 1980 Micronet User 70003.323 BUSS Bulletin Line: 202
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Personal Information Disclosure Consent Form
Personal Information Disclosure Consent Form Ignace irradiated prevalently if eyed Wash slews or settles. Rapturous Mason misteach no orthography cross-pollinating homiletically after Jo sleds pruriently, quite unbeautiful. Moss is twenty-five: she fuse somberly and discomposing her hustle. Continuing care new forms should persons be required for disclosure or person form, and disclosures for minors should receive. Hdos can consent form will not reveal a disclosure address are typically, because so in an ssn. Privacy event that also falls under addition or obstacle of the FOIA exemptions. However, an organization should attempt may be unique specific when possible. New uses abbreviations or receiving marketing purposes other. Upon completion of the program, insurers, consent might be given electronically and myself be time limited. We do not share client information with organizations outside of our relationship with you that would use it to contact you about their own products or services. Personal information shall be protected by security safeguards appropriate ask the sensitivity of the information. Hdos adopt a consent forms are doing business day when a special circumstances. Ethics and with the patio of personal information form to. Person wish for minors to assist constituents with a regular form and plain of personal information form, send a written request allow the address noted abo. It into being completed online therapy consent forms of disclosure control by phone conversations, and disclosed for which it must object on whether such. If you do not want your authorization to be effective Where Do I Send My Completed Form? Patient is comfortable sharing. Existing ethical, administration of an enumeration system that be burdensome, treated for substance abuse and were treated to determine pregnancy. -
Itty Bitty Micro Company | ______| | 8080 Future Drive | | | | | Rochester, NY 14650 | | ITTY | | | | | BITTY | | | | | MICRO | | | | | | | | |______| | /
_____________ / /| /____________/ | Itty Bitty Micro Company | _________ | | 8080 Future Drive | | | | | Rochester, NY 14650 | | ITTY | | | | | BITTY | | | | | MICRO | | | | | | | | |_____________| | / ............ / | January 22, 1980 / ............ / / /______________/ / |_______________|/ Dear Wiz, I know, I know... the West Coast Computer Faire is coming up FAST! You SAID you're on vacation; but I KNOW you, man! You're probably still at home, hacking on that PDP-8 you got at the hamfest. Well, forget that old crap. THIS IS IMPORTANT! The boards for "Project Z" arrived. PLEASE get them assembled and working NOW! If we don't have something INCREDIBLE for the show, we're dead! I already talked to Jim Warren, and got a great booth at the show, right across from Heathkit. I put everything in the box we could find. You've got the boards (aren't they GORGEOUS?), all the parts (I hope!), and every scrap of paper Chip thought you might need. Crash also burned his latest monitor program into the EPROM, and wrote some docs on it. Remember, this is going to be the world's first POCKET COMPUTER! There's no time to get a custom case; so for now just stick it in an Altoids tin. It's a hacker classic, and "everyone knows" you can't make a computer that small (but WE can)! In a world full of big beige boxes, we've got something people will REMEMBER! This is going to be SO much more powerful than your little "Altaid 8800" (that Altair 8080 in a Altoids tin)! Yours truly, Gil Bates Emperor of Marketing Itty Bitty Micro Company cc: Chip Hacker, hardware herder Crash Kernigan, codemeister Wiz Wireman, solderking Trace Weaver, PCB artiste 1 2 Introduction January 1975. -
Related Links History of the Radio Shack Computers
Home Page Links Search About Buy/Sell! Timeline: Show Images Radio Shack TRS-80 Model II 1970 Datapoint 2200 Catalog: 26-4002 1971 Kenbak-1 Announced: May 1979 1972 HP-9830A Released: October 1979 Micral Price: $3450 (32K RAM) 1973 Scelbi-8H $3899 (64K RAM) 1974 Mark-8 CPU: Zilog Z-80A, 4 MHz MITS Altair 8800 RAM: 32K, 64K SwTPC 6800 Ports: Two serial ports 1975 Sphere One parallel port IMSAI 8080 IBM 5100 Display: Built-in 12" monochrome monitor MOS KIM-1 40 X 24 or 80 X 24 text. Sol-20 Storage: One 500K 8-inch built-in floppy drive. Hewlett-Packard 9825 External Expansion w/ 3 floppy bays. PolyMorphic OS: TRS-DOS, BASIC. 1976 Cromemco Z-1 Apple I The Digital Group Rockwell AIM 65 Compucolor 8001 ELF, SuperELF Wameco QM-1A Vector Graphic Vector-1 RCA COSMAC VIP Apple II 1977 Commodore PET Radio Shack TRS-80 Atari VCS (2600) NorthStar Horizon Heathkit H8 Intel MCS-85 Heathkit H11 Bally Home Library Computer Netronics ELF II IBM 5110 VideoBrain Family Computer The TRS-80 Model II microcomputer system, designed and manufactured by Radio Shack in Fort Worth, TX, was not intended to replace or obsolete Compucolor II the Model I, it was designed to take up where the Model I left off - a machine with increased capacity and speed in every respect, targeted directly at the Exidy Sorcerer small-business application market. Ohio Scientific 1978 Superboard II Synertek SYM-1 The Model II contains a single-sided full-height Shugart 8-inch floppy drive, which holds 500K bytes of data, compared to only 87K bytes on the 5-1/4 Interact Model One inch drives of the Model I. -
HDOS:An Infrastructure for Dynamic Optimization
HDOS:An Infrastructure for Dynamic Optimization Tomoaki Ukezono and Kiyofumi Tanaka Japan Advanced Institute of Science and Technology School of Information Science 1-1 Asahidai, Nomi, Ishikawa 923-1292 Japan e-mail: t-ukezo,kiyofumi @jaist.ac.jp Abstract—Recently, CPUs with an identical ISA tend to have In order to solve the problem, dynamic optimization tech- different architectures, different computation resources, and spe- niques are effective. Dynamic optimization techniques can cial instructions. To achieve efficient program execution on such optimize binary codes at run time. In other words, the dynamic hardware, compilers have machine-dependent code optimization. However, software vendors cannot adopt this optimization for optimization is client-side (not vendor-side) optimization. For software production, since the software would be widely dis- Example, JAVA JIT compiler translates byte codes to native tributed and therefore it must be executable on any machine (optimized) binary codes at class loading time, and reduces with the same ISA. To solve this problem, several dynamic overheads due to virtual machine execution. However, the optimization techniques such as JAVA JIT compiler and Mi- translation cannot be applied to all parts of codes, and crosoft .NET platform are effective. The techniques can perform the machine-dependent code optimization without source code. therefore the remaining byte code execution is ten times or However, the techniques have to exploit special environment more inherently-slow compared with native code execution. (VM) for program execution or special executable code (e.g. Moreover, the JIT compilation overhead is incurred at every code augmentation). In this paper, we propose an infrastructure class loading time even if the same class is loaded again. -
Chapter 1 of the Heath HDOS System Manual
VOLUME HEATH data systems HD OS System Programmer’s Guide Software Reference Manual 595-2553-02 Copyright © 1980 HEATH COMPANY Printed in the United Heath Company States of America All Rights Reserved ENTON HARBOR, MICHIGAN 4 9 0 2 2 2 TABLE OF CONTENTS Part 1 — Introduction.......................................................................... 5 Purpose ................................................................................................................... 5 Background ............................................................................................................ 5 Preface..................................................................................................................... 5 Part 2 — Run-Time Environment ......................................................... 6 Memory Layout...................................................................................................... 6 I/O Environment.................................................................................................... 7 Interrupt Environment........................................................................................... 8 Interrupt Vectors................................................................................................. 8 Discontinuing Interrupts................................................................................... 9 CPU Environment.................................................................................................. 9 Channel Environment.......................................................................................... -
Page 1 of 4 Sinclair ZX80 Computer 1/24/2013
Sinclair ZX80 computer Page 1 of 4 Home Page Old Ads Links Search Buy/Sell! Sinclair ZX80 Anouncedced: February 1980 Available: Late 1980 Price: £99.95 / US$199.95 How many: 50,000 Weight: 12 ounces CPU: Zilog Z80A @ 3.25MHz RAM: 1K, 64K max Display: 22 X 32 text hooks to TV Ports: memory, cassette Peripherals: Sinclair thermal printer OS: ROM BASIC For just $199.95, you can get a complete, powerful, full- function computer, matching or surpassing other personal computers costing several times more. The Sinclair ZX80 is an extraordinary personal computer, compact and briefcase sized, it weighs just 12oz, yet in performance it matches and surpasses systems many times its size and price. The ZX80 is an advanced example of microelectronics design. Inside, it has one-tenth the number of parts of existing comparable machines. In 1980, British company Sinclair released their ZX80 computer for £99.95 (British pound available in the United States, it is considered to be the world's first computer for under U that's what Sinclair Research Ltd stated in all of their ads. At the bottom of the magazine advertisements was an order form: "Please send me __ ZX computer(s) for $199.95 each ..." The ZX-80 was designed with only the base necessit the shelf components - there are no custom or propri involved. An external cassette drive, typical of the era, is the o loading and saving programs. Even cheaper at £75.95 in a kit form, the inexpensive Sinclair ZX-80 introduced many people to the computer world who might otherwise have forth due to the perceived high prices of other albeit more capable computer systems. -
VPIP (Vinculum Peripheral Interchange Program)
VPIP (Vinculum Peripheral Interchange Program) (Beta Version – 24 February, 2014) With the recent introduction of the Universal Serial Bus (USB) interface cards for the Heathkit H8/H89 computers (http://www.koyado.com/) these classic machines now have the ability to access files on USB media such as memory sticks. This is a significant step forward for these computer systems, which previously have relied on floppy-disks for removable storage and backup. The heart of the USB capability is the VDIP-1 interface module from Future Technology Devices International (http://www.ftdichip.com/) running the Vinculum VNC1L Firmware. This module and firmware implement all of the details of the USB interface protocol. The purpose of the VPIP program is to provide a convenient interface to the USB device from the HDOS command prompt. VPIP is loosely modeled after the PIP utility provided with HDOS, however it only implements disk-to-disk copy and file listing (directory) commands. You’ll still need PIP to delete, rename or copy files to the screen or printer. Similarly to manipulate (copy, delete, rename, etc.) files on the flash drive you’ll need to use a personal computer or other device. VPIP currently can only be used to access storage devices via the USB port, not printers, keyboards or other accessories. You can run VPIP two ways: with a single command provided on the command line, or interactively. To run VPIP interactively type VPIP at the command prompt: >VPIP :V: The :V: prompt will be displayed at the left margin of the system console whenever the VPIP program is awaiting input. -
MEDICAL DEVICES: SECURITY CHALLENGES for Hdos and MANUFACTURERS
W H I T E P A P E R MEDICAL DEVICES: SECURITY CHALLENGES FOR HDOs AND MANUFACTURERS RICH CURTISS | DIRECTOR, COALFIRE INTRODUCTION This paper aims to help organizations understand the issue of security in the context of medical devices. Medical devices have not historically been included in HIPAA compliance regulations or healthcare security and risk programs, yet their capabilities make them prime targets for exploitation. Increased connectivity of medical devices has exposed them to cyber attacks from which they not were designed to prevent. At stake are both patient safety and privacy plus healthcare delivery organizations’ (HDOs) network security. One objective for this paper is to get this issue on the radar of HDOs. We’ll also review the benefits of ‘security by design’ and the concept of embedding security into devices for medical device manufacturers as they seek market differentiation, rapid go-to-market capabilities, and security throughout the product life cycle. SAFE VS. SECURE In the age of the digitized enterprise, the security of electronic protected health information (ePHI) is paramount on every front and endpoint. HIPAA does not regulate medical devices, but it does impose requirements on covered entities and business associates for the safeguarding of ePHI that is created, received, maintained, or transmitted. For this reason, medical devices should be included in HDOs’ HIPAA security programs, and security should be embedded in every stage of a device manufacturer’s product development lifecycle. Beyond patient privacy, the lack of medical device security can be a patient safety issue if an attacker is able to compromise them. -
New H17 Hard-Sectored Disk Image 1.0 Overview 2.0 Brief Description
New H17 Hard-sectored Disk Image 1 1.0 Overview 2 This document proposes a new format for Heathkit H17 Hard-sectored Disk Images. The main goal is 3 to add header data to the disk format, currently H8D stores the data blocks on a hard-sectored disk but 4 does not store the 5 byte header for each sector. This information is critical to transparently supporting 5 different OS (HDOS vs. CP/M) disks in an emulator. 6 1.1 ASCII Section 7 -----------Beginning of Part 1 ---------------------------------------- 8 H8D - Heathkit H17 Hard-Sectored Disk Image<cr> 9 Version: xx.yy.zz<cr> 10 Info: http://heathkit.garlanger.com/diskformats<cr> 11 Format: (text description.. tbd)<cr> 12 Heads: [12]<cr> 13 Tracks: nnn<cr> 14 Sectors: nnn<cr> 15 Comment: (free form up to an EOF character)<EOF> 16 ----------End of Part 1 ------------------------------------------------- 17 1.2 Binary Data 18 The binary data MUST start immediately following the EOF character in the ASCII Section. It will 19 always include the 3 byte file tag and 3 byte version number at the start of the section. At offset 0x06, 20 blocks as defined below will be stored with the IDs in numerical order. Table 1: Current Layout Binary Data Offset Name Size Required Description (bytes) 0x00 Signature 3 Yes ASCII “H8D” to confirm file type. 0x03 Version 3 Yes The file format version. 0x06 Disk Format 11 Yes General information about the disk Block such as Heads, tracks, sectors. 0x11 Flag Block 6 Yes Flags for the disk 0x17 Data Block Variable Yes The actual data from the disk Variable Sector Variable No A Mapping of status code for the Status reading of each sector on the disk. -
Osborne 1 Computer
Osborne 1 computer http://oldcomputers.net/osborne.html Timeline: ( Show Images ) Osborne 1 1970 Datapoint 2200 Introduced: April 1981 1971 Kenbak-1 Price: US $1,795 1972 Weight: 24.5 pounds CPU: Zilog Z80 @ 4.0 MHz 1973 Micral RAM: 64K RAM Scelbi-8H Display: built-in 5" monitor 1974 Mark-8 53 X 24 text 1975 MITS Altair 8800 Ports: parallel / IEEE-488 SwTPC 6800 modem / serial port Sphere Storage: dual 5-1/4 inch, 91K drives OS: CP/M Compucolor IMSAI 8080 IBM 5100 1976 MOS KIM-1 Sol-20 Hewlett-Packard 9825A PolyMorphic Cromemco Z-1 Roma Offerta Coupon www.GROUPON.it/Roma Apple I Ogni giorno sconti esagerati Giá oltre Rockwell AIM 65 319.000.000€ risparmiati. 1977 ELF, SuperELF VideoBrain Family Computer Defend your Privacy www.eurocrypt.pt Apple II Secure Crypto Mobile , 3G, pgp Emails and Wameco QM-1A Computer encryption Vector Graphic Vector-1 RCA COSMAC VIP ThermoTek, Inc. www.thermotekusa.com Commodore PET Solid state recirculating chillers Thermal Radio Shack TRS-80 Management Solutions Atari VCS (2600) NorthStar Horizon Heathkit H8 Heathkit H11 1978 IBM 5110 Exidy Sorcerer Ohio Scientific Superboard II Synertek SYM-1 APF Imagination Machine Cromemco System 3 1979 Interact Model One TRS-80 model II Bell & Howell SwTPC S/09 Heathkit H89 Atari 400 Atari 800 TI-99/4 Sharp MZ 80K 1980 HP-85 MicroAce Released in 1981 by the Osborne Computer Corporation, the Osborne 1 is considered to be the first true portable computer Acorn Atom - it closes-up for protection, and has a carrying handle. -
The History of the Heath Companies and Heathkits: 1909 to 2019
The History of the Heath Companies and Heathkits: 1909 to 2019 © 2019 Erich E. Brueschke, KC9ACE and Michael Mack The genesis of the Heath companies can be traced to ideas preceding the founding of the E. B. Heath Aerial Vehicle Company in 1909 by Edward Bayard Heath. Although Edward Heath was primarily a figure in the very early days of aviation, he recognized that meeting people’s needs and giving them a sense of participation greatly enhanced outcomes. He was widely known as a pilot, instructor, barnstormer, and manufacturer in his day, and as the progenitor of the kit concept for airplanes, his influence on the later Heath Company that sold Heathkits extended well beyond his death in 1931. This paper covers the history of the Heath companies from inception in 1909 to the present day. Built on the tenets of “hands-on learning,” a “build-it-yourself” approach, “cost savings,” and “customer ser- vice,” Heath Company became the largest manufacturer of electronic kits in the world. Photographs and information on a select number of individual early kits are included to assist in understanding the post-WWII days of rapid changes and the growing pains the company experienced at the start. From 1947 to 1992, the Heath Company sold millions of electronic kits. The factors responsible for this success and its decline are discussed. Some of the key factors that led to its decline were beyond its control—for example, the company was sold many times to owners with varying degrees of interest in support- ing the company. As of December 2018, the Heath Company was located in Santa Cruz, California, for design and manufacturing, and Ottsville, Pennsylvania, for operations. -
Saving Our CLASSIC Heath 8-Bit Machines!
Saving Our CLASSIC Heath 8-Bit Machines! The Society of Eight Bit Heath Computerists' Monthly Newsletter Volume V, Number 5 $2.50 a copy, $24.00 a year December, 1990 Subscription/Order Blank on Page 9 "Nothing L i ke This Ever Happened Hi th Our Old Heathki t Computer!" ®0G 1990 SEBHC JOURNAL Volume V, Number 5, Page 2 The READER ’S MAILBOX Dear Lenny, [Hey, Dave! Thanks for so generously offering up your extra Because I do believe in our crusade to save the [H/Z] 8- copy of HDOS 2.0. We don’t need it here, but surely there’s bit aachines, I [have] sent copies of the enclosed letter to soae deserving H/Z 8-bit user who’s willing to take it off all the vendors listed in the last [V5:3] edition of the your hands for the “handling and shipping cost" of—say, $35. SE8HC JOURNAL. [See text of Corky’s letter below. — ed] Also, this is an excellent season for soaeone new to coapu- Keep up the good work Lenny! ters to start out learning how to run their ‘senior aachine" with soae very good "senior operator" helping thea get that "CORKY" C E KIRK jr, 270 Kapualam Street, Hilo, HI 96720 HDOS 2.0 systea up’n running. We think that it’s best that whoaever wants or needs your HDOS 2.0 very badly will contact "Gentleaen: you directly, Really Soon Now! And please keep us inforaed, "On-going coaaents in the Society of Eight Bit Heath Coa- y’all hear?! — ed] puterists aonthly newsletter (SE8HC JOURNAL) out of Ann Arbor Michigan, and wore currently in the October 1990 issue (Vol- Dear Lenny, uae V, Nuaber 3), talk of the need for support of the I’a looking for Microsoft’s BASIC COMPILER on 5.25" hard- suppliers who are supplying products to the 8-bit area of the sector HDOS discs.