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JSA - JIS X 9101 - DIMENSIONS AND PRINTING SPECIFICATIONS OF OCR-TICKET FOR POS SYSTEMS Organization: JSA
Date: 1986-11-01
JSA - JIS X 9102 - PRINTING SPECIFICATIONS FOR OPTICAL CHARACTER RECOGNITION OF POS SYSTEMS - CREDIT CARDS Organization: JSA
Date: 1981-01-01
DS/ISO 9564-3 - BANKING - PERSONAL IDENTIFICATION NUMBER MANAGEMENT AND SECURITY - PART 3: REQUIREMENTS FOR OFFLINE PIN HANDLING IN ATM AND POS SYSTEMS Organization: DS
Date: 2004-03-25
Description: It is applicable to finansiel transaction, card-originated requiring offline PIN verification, and to those institutions responsible for implementing techniques for the management and protection of the PIN at Automated Teller Machines (ATM) and accquirer sponsored Point-of-Sale (POS) terminals.
BSI - BS DD 219-2 - ELECTRONIC FUNDS TRANSFER AT POINT OF SALE (EFT-POS) CONCEPTUAL FRAMEWORK PART 2: GUIDE TO EFT-POS SYSTEM DESCRIPTION Organization: BSI
Date: 1995-11-15
ISO 9564-3 - BANKING PERSONAL IDENTIFICATION NUMBER MANAGEMENT AND SECURITY PART 3: REQUIREMENTS FOR OFFLINE PIN HANDLING IN ATM AND POS SYSTEMS - FIRST EDITION Organization: ISO
Date: 2003-11-15
BIS - IS 15042-PART 3 - BANKING - PERSONAL IDENTIFICATION NUMBER (PIN) MANAGEMENT AND SECURITY PART 3 REQUIREMENTS FOR OFFLINE PIN HANDLING IN ATM AND POS SYSTEMS Organization: BIS
Date: 2012-01-01
ASC/X9 - ANSI X9.8-1 - BANKING - PERSONAL IDENTIFICATION NUMBER MANAGEMENT AND SECURITY - PART 1: PIN PROTECTION PRINCIPLES AND TECHNIQUES FOR ONLINE PIN VERIFICATION IN ATM & POS SYSTEMS Organization: ASC/X9
Date: 2003-03-21
Description: These techniques are applicable to those institutions responsible for implementing techniques for the management and protection of the PIN at Automated Teller Machines (ATM) and acquirer sponsored Point-of-Sale (POS) terminals.
ASC/X9 - X9.8 - BANKING - PERSONAL IDENTIFICATION NUMBER MANAGEMENT AND SECURITY PART 1: PIN PROTECTION PRINCIPLES AND TECHNIQUES FOR ONLINE PIN VERIFICATION IN ATM & POS SYSTEMS Organization: ASC/X9
Date: 2003-03-21
ISO DIS 9564-3 - BANKING - PERSONAL IDENTIFICATION NUMBER MANAGEMENT AND SECURITY -PART 3: PIN PROTECTION REQUIREMENTS FOR OFFLINE PIN HANDLING IN ATM AND POS SYSTEMS Organization: ISO
ISO FDIS 9564-3 - BANKING - PERSONAL IDENTIFICATION NUMBER MANAGEMENT AND SECURITY -PART 3: PIN PROTECTION REQUIREMENTS FOR OFFLINE PIN HANDLING IN ATM AND POS SYSTEM Organization: ISO
DS/IEC 273 - DIMENSIONS OF INDOOR AND OUTDOOR POST INSULATORS AND POS T INSULATOR UNITS FOR SYSTEMS WITH NOMINEL VOLTAGES GREATER THAN 1 000 V Organization: DS
Description: Applies to post insulators and post insulator units of ceram ic material or glass intended for indoor or outdoor service, and to post insulators of organic material intended for ind oor service in electrial installations or equipment operatin g on alternating current systems with a nominal voltage grea ter than 1000 V and a frequency not greater than 100 Hz.
BSI - BS DD 219-1 - ELECTRONIC FUNDS TRANSFER AT POINT OF SALE (EFT-POS) CONCEPTUAL FRAMEWORK PART 1: GUIDE TO ROLES, ENTITIES AND RELATIONSHIPS Organization: BSI
Date: 1995-04-15
Description: Provides a common framework for the coordination of standards development for EFT-POS; which is a card-based system enabling customers to make payment for goods and services,either over the counter or at unattended ticketing or vending machines and, in due course, from the home.
ETSI - EN 301 390 - FIXED RADIO SYSTEMS; POINT-TO-POINT AND MULTIPOINT SYSTEMS; UNWANTED EMISSIONS IN THE SPURIOUS DOMAIN AND RECEIVER IMMUNITY LIMITS AT EQUIPMENT/ANTENNA PORT OF DIGITAL FIXED RADIO SYSTEMS - V1.3.1 Organization: ETSI
Date: 2013-08-01
Description: It recommends different category of level limits applicable to the Fixed Service; - Recommendation ITU-R SM.1539 [2] describes the application of the boundary concept between out-of-band and spurious emission domains; - Recommendation ITU-R F.1191 [3] define the application of Radio Regulations [i.13] and SM set of Recommendation ITU-Rs concepts of out-of-band, unwanted and spurious emissions to DFRS, clarify the applicability for the boundary between out-of-band and Spurious emissions domains but maintain the same pos sible limit options provided by ITU-R Recommendation SM.329-10 [1]; - CEPT/ERC Recommendation 74-01 [4], endorses only the more stringent Category B limits of Recommendation ITU-R SM.329-10 [1]; - after the coming into force of RTTE Directive [i.12] the emissions and immunity at antenna port fall under its article 3.2 requirements for "effective use of spectrum" and "avoidance of harmful interference" and they are no longer an EMC requirement; - it is convenient to maintain a single EN covering these parameters instead of replicating them on each single product standard, avoiding possible deviation from what required by other CEPT and ITU-R normative; - limits for unwanted emissions in the spurious domain are supposed to be fixed in view of inter-working compatibility among various Fixed Radio Systems in same or different band exploited in the same area; - the measurement of the required limits should also be feasible in a suitable and cost effective conformance test (annex B gives also information in this field); - it is necessary that DFRS receivers provide a minimum level of immunity at antenna port towards possible interference at any frequency band of practical interest; - a suitable and easy to perform criterion for DFRS receivers' immunity at antenna port may be considered the application of a CW interference.
DS/IEC 62055-41 - ELECTRICITY METERING - PAYMENT SYSTEMS - PART 41: STANDARD TRANSFER SPECIFICATION (STS) - APPLICATION LAYER PROTOCOL FOR ONE-WAY TOKEN CARRIER SYSTEMS Organization: DS
Date: 2014-05-23
Description: This part of IEC 62055 specifies the application layer protocol of the STS for transferring units of credit and other management information from a point of sale (POS) system to an STScompliant payment meter in a one-way token carrier system. It is primarily intended for application with electricity payment meters without a tariff employing energy-based tokens, but may also have application with currency-based token systems and for services other than electricity.
IEC 62055-41 - ELECTRICITY METERING – PAYMENT SYSTEMS – PART 41: STANDARD TRANSFER SPECIFICATION (STS) – APPLICATION LAYER PROTOCOL FOR ONE-WAY TOKEN CARRIER SYSTEMS - EDITION 2.0 Organization: IEC
Date: 2014-05-01
Description: This part of IEC 62055 specifies the application layer protocol of the STS for transferring units of credit and other management information from a point of sale (POS) system to an STScompliant payment meter in a one-way token carrier system. It is primarily intended for application with electricity payment meters without a tariff employing energy-based tokens, but may also have application with currency-based token systems and for services other than electricity.
IEC 62055-41 REDLINE - ELECTRICITY METERING – PAYMENT SYSTEMS – PART 41: STANDARD TRANSFER SPECIFICATION (STS) – APPLICATION LAYER PROTOCOL FOR ONE-WAY TOKEN CARRIER SYSTEMS - EDITION 2.0 Organization: IEC
Date: 2014-05-01
Description: This part of IEC 62055 specifies the application layer protocol of the STS for transferring units of credit and other management information from a point of sale (POS) system to an STScompliant payment meter in a one-way token carrier system. It is primarily intended for application with electricity payment meters without a tariff employing energy-based tokens, but may also have application with currency-based token systems and for services other than electricity.
SAE/TP - 2011-36-0387 - CURRENT TRENDS DRIVING THE AEROSPACE AND AUTOMOTIVE SYSTEMS ARCHITECTURES Organization: SAE/TP
Date: 2011-10-04
Description: In this work we discuss current trends driving the aerospace and automotive systems architectures. This includes trends as: 1) pos-globalization and regionalization; 2) the formation of knowledge oligopolies; 3) commonality, standardization and even synergy (of components, tools, development process, certification agents, standards); 4) reuse and scalability; 5) synergy of knowledge and tools convergence; 6) time, cost and quality pressures and innovation speed; 7) environmental and safety issues; and 8) abundance of new technologies versus scarcity of skilled manpower to apply them.
ISO/IEC 9995-4 - INFORMATION TECHNOLOGY - KEYBOARD LAYOUTS FOR TEXT AND OFFICE SYSTEMS - PART 4: NUMERIC SECTION - THIRD EDITION Organization: ISO
Date: 2009-10-15
Description: The numeric zone ZN0 is to be used in keyboards for applications such as text and data processing, general office environment, banking, point of sales (POS), telematic services, telephony apparatus, home electronic systems, numerical control of machinery and equipment, input of personal identification number (PIN), etc.
CSA ISO/IEC 9995-4 - INFORMATION TECHNOLOGY - KEYBOARD LAYOUTS FOR TEXT AND OFFICE SYSTEMS - PART 4: NUMERIC SECTION Organization: CSA
Date: 2010-01-01
Description: The numeric zone ZN0 is to be used in keyboards for applications such as text and data processing, general office environment, banking, point of sales (POS), telematic services, telephony apparatus, home electronic systems, numerical control of machinery and equipment, input of personal identification number (PIN), etc.
DS/CEN ISO/TS 14441 - HEALTH INFORMATICS - SECURITY AND PRIVACY REQUIREMENTS OF EHR SYSTEMS FOR USE IN CONFORMITY ASSESSMENT Organization: DS
Date: 2014-01-20
Description: The point-of-service (POS) clinical software is typically part of a larger system, for example, running on top of an operating system, so it must work in concert with other components to provide proper security and privacy.

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