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5. FederalMotor Vehicle Safety Standards; Event Data Recorders: Docket No. NHTSA2002-13546-39, NHTSA, 2002.2 PgS. 6. Federal Motor Vehicle Safety Standards; Event Data Recorders: Docket No. NHTSA2002-13546-41, NHTSA, 2002.2 PgS. 7. Federal Motor Vehicle Safety Standards; Event Data Recorders: Docket No. NHTSA2002-13546-45, NHTSA, 2002.2 PgS. 8. Ibid. 9. Federal Motor Vehicle Safety Standards; Event Data Recorders: Docket No. NHTSA2002-13546-46, NHTSA, 2002.5 PgS. 10. Ibid. 1l. Federal Motor Vehicle Safety Standards; Event Data Recorders: Docket No. NHTSA2002-13546-48, NHTSA, 2002.2 PgS. 12. FederalMotor Vehicle Safety Standards; Event Data Recorders: Docket No. NHTSA2002-13546-50, NHTSA, 2002.6 PgS. 13. FederalMotor Vehicle Safety Standards; Event Data Recorders: Docket No. NHTSA2002-13546-47, NHTSA, 2002.7 pg. 14. FederalMotor Vehicle Safety Standards; Event Data Recorders: Docket No. NHTSA2002-13546-51, NHTSA, 2002.36 PgS. 15. FederalMotor Vehicle Safety Standards; Event Data Recorders: Docket No. NHTSA2002-13546-55, NHTSA, 2002.3 PgS. 16. FederalMotor Vehicle Safety Standards; Event Data Recorders: Docket No. NHTSA2002-13546-56, NHTSA, 2002.4 pgs. 17. FederalMotor Vehicle Safety Standards; Event Data Recorders: Docket No. NHTSA2002-13546-57, NHTSA, 2002.6 PgS.

But this debate was hardly a matter of intense importance to the equipment vendors interested in manufacturing frame relay equipment before the new millennium Four of these early frame relay equipment manufacturers got together and formed the Frame Relay Implementers Forum (FRIF) The companies were router vendor Cisco Systems (sometimes, and more properly, seen as lowercase cisco ), computer maker Digital Equipment Corporation (DEC, part of Compaq), switch vendor Northern Telecom (now Nortel), and packet voice pioneer StrataCom (now part of cisco) All in all, they were a mix of vendors that could build a complete frame relay network for many types of traffic among themselves Once the group began to grow and nonimplementers such as service providers and even end users joined, the organization became known as the Frame Relay Forum (FRF).

v/v Final 1:100 2 mM (i) l-Glutamine, 200 mM 1:200 25 U/mL, 25 g/mL (ii) Penicillin-streptomycin 1:100 (iii) Nonessential amino acids (iv) Insulin, transferrin, selenium (ITS-G) 1 :100 1.8 L/mL medium (v) 2-Mercaptoethanol 20% (vi) Fetal calf serum (vii) Once mixed, lter medium through Stericup-GV lter unit 4.3.2.2. Serum-Free hESC Medium. omitted. As for standard medium but with serum

The FRF worked in terms of Implementation Agreements, or specifications, not standards or official recommendations with the force of law The FRF quickly decided to endorse the use of DLCI 1023 for the Local Management Interface (LMI) specification (call control signaling would still use DLCI 0, but initially the FRF just used PVCs, of course) The FRF published its version of the LMI link management procedures in September 1990 Due to the prominence of cisco in the FRF and the router industry, and the fact that 50 percent of the original Gang of Four as they were known is now only cisco, sometimes this LMI method that uses DLCI 1023 is known as cisco LMI Although the equipment vendors decided to create the consortium LMI (yet another name for DLCI 1023 LMI procedures), this did not stop ANSI and the ITU-T from proceeding on their own.

The application in Listing 20.18 uses a flat data set from an XML file and groups it with the GroupingCollection2 object.

By October of 1991, ANSI had produced a link management Annex D to its frame relay specification, T1617 Either as a result of subtle pressure from the ITU-T or because ANSI realized that the ITUT was right all along, Annex D specified the use of DLCI 0 for link management To complete the triumvirate, the ITU-T completed work on link management Annex A in June of 1992, naturally using DLCI 0 as well The ITU-T recommendation for link management has much in common with the ANSI version So, although there are three organizations that were involved with the link management specifications, there were only two DLCIs involved: DLCI 0 (ITU-T and ANSI) and DLCI 1023 (consortium LMI or cisco LMI) This was okay because no frame relay network should ever have to try to run both the ANSI or ITU-T versions on any single UNI or NNI.