PSL 10 26 04

Slide1: 

IEEE Standards Association Corporate Program Choice Control Speed Influence… Presentation for PSL 26 October 2004

About the IEEEPremier Standards Developer: 

About the IEEE Premier Standards Developer Recognized developer of international standards andgt; 800 standards, used across industry andgt; 400 standards projects in progress andgt; 15,000 standards participants worldwide

Global StandardsArena: 

Global Standards Arena 11 16 17 23 Information Technology - Standards Making Architecture ARINC NIST NCTA STEP PDES 1394 Trade Assn. ESCON USCAR SMC MMC AES ACM VESA PCI ITS ATM Forum SAE ABIG ASTM SEMI CALCE GLH NEMA MMCF SSA UIG X12 DISA HNF FCA SFF ETSI NAFTA EWOS ASEAN COPANT APEC National PCMCIA ASQC RAB MAP/ TOP Quick Ring NSC EISA ISA GHA EIAJ IETF Internal ANA MSC BASC IrDA JSA Smart House EDIF SMTA JSC IPC BCS BSI Regional AFNOR DIN FAA VDE NNI FCC SNV UL SIS ANSI ITI SCTE NIST NSSN scc CSA EIA/TIA ANSI JEDEC JC11 41 40 45 CE-1 30 46 CEPT CAC 97 ECMA EWOS CEN/ CENELEC 65 WG22 WG25 WG26 251 205 IISP GII VITA TTC (UP) WTSC TE GSM PS SES AVM EE TM ETSI CASCO WHO EDIFACT AECMA PASC MUAHAG Global/International ILO VFEA IEC 86 91 47 52 48 46 ISO 207 22 20 205 184 176 26 25 27 24 83 26 2 JTC1 EDI SC21 13 18 SC6 REG 1 22 14 7 1394 1101 IEEE 1 2 12 11 10- 8 7 3 13 6 5 4 14 802 B’CAST UNIONS SMPTE RCR WRSC TTC (down) TTA STDS WTSC ITU WRSC WTSC ITU WDSC WRSC ISO/IEC CTSAC MPEG JPEG URSI ARC CMTT 2 1 10 11 8 9 4 WRSC ITU-R Robotics V.34 V.32 V.35 VF-3 WTSC ITU-T 1 3 5 9 8 4 6 15 7 11 T1S1 T1A1 Z34.2 T1P1 T1M1 T1X1 T1E1 ATIS T1 CISPR-22 NA NA2 NA3 NA4 NA7 NA5 RES ATM BT SPS HF 9 Courtesy of AMP Incorporated

About the IEEEDeveloper of International Standards: 

About the IEEE Developer of International Standards Direct liaisons to national and int’l bodies lead to: Adoption of IEEE standards (i.e. IEEE 1481 now IEC 61523-1) Dual Logo agreements (4 EDA Standards) Choices for IEEE standards developers

About the IEEEDeveloper of International Standards : 

About the IEEE Developer of International Standards IEC/IEEE Dual Logo Agreement- EDA Standards Submittede IEEE Std 1076-2002, IEEE Standard VHDL Language Reference Manual IEEE Std 1076.4-2000, IEEE Standard VITAL ASIC (Application Specific Integrated Circuit) Modeling Specification IEEE Std 1364-2001, IEEE Standard Verilog Hardware Description Language IEEE Std 1497-2001,  IEEE Standard for Standard Delay Format (SDF) for the Electronic Design Process IEEE 1800 IEC 601800

About the IEEEPremier Standards Developer: 

About the IEEE Premier Standards Developer IEEE 1076-1987, IEEE Standard VHDL Language Reference Manual IEEE 1076.4-2000 Standard VITAL ASIC (Application Specific Integrated Circuit) Modeling Specification IEEE 1076.6-1999 Standard for VHDL Register Transfer Level (RTL) Synthesis IEEE 1076-2002 Standard VHDL Language Reference Manual IEEE 1164-1993 Standard Multivalue Logic System for VHDL Model Interoperability IEEE 1364-2001 Standard for Verilog IEEE 1364.1-2002 Standard for Verilog Register Transfer Level Synthesis IEEE 1603-2003 Standard for an Advanced Library Format (ALF) IEEE 1481-1999 Standard for Integrated Circuit (IC) IEEE 1481-1999 Standard for Integrated Circuit (IC) IEEE 1497-2001 Standard for Integrated Circuit (IC) Delay and Power Calculation System IEEE 1499-1998 Standard for Standard Delay Format (SDF) for the Electronic Design Process IEEE 1577 Standard Interface for Hardware Description Models of Electronic Components New Projects: IEEE P1647 Standard for Inclusion of VHDL Library Units in the VHDL Library IEEE IEEE P1604 Standard for the Functional Verification Language 'e‘ IEEE P1800 SystemVerilog IEEE P1850 PSL

About the IEEEStandards Development Options: 

About the IEEE Standards Development Options Individual consensus Consortia-like (IEEE-ISTO) Corporate-consensus in the IEEE-SA Corporate Program

IEEE-SA Corporate Program: 

IEEE-SA Corporate Program Providing an environment where corporations come together to develop standards, specifications and guides they need to open markets, strengthen existing ones and enhance their competitiveness on a global scale.

Why do Corporate Standards at the IEEE: 

Why do Corporate Standards at the IEEE Platform andamp; protections create productive corporate standards environment 501(c)(3) nonprofit corporation Proven polices and procedures

Why do Corporate Standards at the IEEE: 

Quick start-up No agreements among participants No infrastructure to form Modest development costs Well-defined rules and framework Transparent process Legal structure in place Clear intellectual property policy (RAND) Why do Corporate Standards at the IEEE

Why do Corporate Standards at the IEEE: 

Route to global standards Liaison to international SDOs (ISO, IEC, ITU) Streamlined adoption of IEEE standards Joint copyright agreements ANSI accredited Worldwide distribution Dedicated IEEE-SA professional support staff Why do Corporate Standards at the IEEE

Why do Corporate Standards at the IEEE: 

Purchased support services Speeds development Promotes optimal working environment Given priority for balloting, printing, etc. Avoid pitfalls that can slow process Why do Corporate Standards at the IEEE

Why do Corporate Standards at the IEEE: 

Services include: Project management services Planning and scheduling Financial management Record keeping Writing andamp; editing Legal services Meeting planning andamp; management Publication andamp; distribution Marketing andamp; communications Conformance andamp; interoperability testing Why do Corporate Standards at the IEEE

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IEEE-SA Corporate Program Structure

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Corporate Advisory Group Sets environment for corporate standards development Helps initiate standards Can be a sponsor Supports start-up work Supports working groups during standards process IEEE-SA Corporate Program Structure

Slide16: 

Corporate Advisory Group Members Chuck Adams, Chair, IBM Steve Mills, Vice Chair Hewlett-Packard George Arnold Lucent Technologies Chuck Powers Motorola Robert Fish Panasonic Peter Linnert Siemens Phil Wennblom Intel James Williamson Sony Electronics Jean Baronas Alt. Sony member IEEE-SA Corporate Program Structure

Slide17: 

IEEE STANDARDS ASSOCIATION CORPORATE MEMBERS Dynapack ROTANI Maryland Procurement Office

Slide18: 

Corporate Membership Benefits: Unlimited balloting rights Complimentary individual memberships Direct voice in the Corporate Advisory Group Voting privileges for IEEE-SA governance Advanced access to news and information on IEEE-SA standards activities IEEE-SA Corporate Program Structure

Slide19: 

IEEE 1625: Mobile Battery Standard For global lithium-ion battery production 19 battery andamp; laptop computer makers A unique systems standard for cells, packs and computers Created in 17 months Relied on IEEE-SA support services IEEE-SA Corporate Program A Case in Point

A Case Study: Why one company joined : 

A Case Study: Why one company joined Need for cross-industry development Recognized global standards platform Links to international standards community Responsive– initiation, development, distribution Dedicated staff resources SIGS- logical transition point Recognized by diverse range of users Resource effective- one company representative ANSI recognized- accreditation and indemnification Managed by corporate constituency Recognized professional organization Realize synergies with 41 technical societies

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Organization-only consensus standards One company. One vote. Alternative to consortia Rapid development Relatively low cost Full range of support services IEEE name behind a standard IEEE-SA Corporate Program In Conclusion

Slide22: 

IEEE-SA Corporate Program Think Corporate Standards! Think IEEE!

IEEE Corporate Standards Program: 

Choice Control Speed Influence… Questions or Comments? Thank you Edward Rashba Tel. +1 732 465 644 e.rashba@ieee.org IEEE Corporate Standards Program