adaptive frequency hopping ad-hoc group

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March 2001 Nada Golmie, NIST Slide 1 doc.: IEEE 802.15- 01/181r0 Submiss ion Adaptive Frequency Hopping Ad-Hoc Group • Goals: Combine the proposals received on AFH (01/367r1- 01/57r1-01/169r0-01/082r0) and recommend a single AFH proposal to TG2 based on the agreed AFH principles. • Schedule: The group will have a bi-weekly telecon TBD.

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Adaptive Frequency Hopping Ad-Hoc Group. Goals: Combine the proposals received on AFH (01/367r1-01/57r1-01/169r0-01/082r0) and recommend a single AFH proposal to TG2 based on the agreed AFH principles. Schedule: The group will have a bi-weekly telecon TBD. - PowerPoint PPT Presentation

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Page 1: Adaptive Frequency Hopping  Ad-Hoc Group

March 2001

Nada Golmie, NISTSlide 1

doc.: IEEE 802.15-01/181r0

Submission

Adaptive Frequency Hopping Ad-Hoc Group

• Goals: Combine the proposals received on AFH (01/367r1-01/57r1-01/169r0-01/082r0) and recommend a single AFH proposal to TG2 based on the agreed AFH principles.

• Schedule: The group will have a bi-weekly telecon TBD.

Page 2: Adaptive Frequency Hopping  Ad-Hoc Group

March 2001

Nada Golmie, NISTSlide 2

doc.: IEEE 802.15-01/181r0

Submission

Adaptive Frequency Hopping Ad-Hoc Group

• Participants:– Anuj Batra– Oren Eliezer– Hong Bing– Bijan Triester– KC Chen– Nada Golmie– Anyone who wants to participate

• Facilitator:– Nada Golmie ([email protected])

Page 3: Adaptive Frequency Hopping  Ad-Hoc Group

March 2001

Nada Golmie, NISTSlide 3

doc.: IEEE 802.15-01/181r0

Submission

Adaptive Frequency Hopping Ad-Hoc Group

• Ad-Hoc group telecon meeting will be announced on the TG2 reflector.

• Motion: Form an Ad-hoc group on Adaptive Frequency Hopping.

Page 4: Adaptive Frequency Hopping  Ad-Hoc Group

March 2001

Nada Golmie, NISTSlide 4

doc.: IEEE 802.15-01/181r0

Submission

Principles of AFH• Channel Quality Assessment• Re-mapping of channels from original hopping

sequence• Reduce frequency hopping sequence • Fixed hopping sequence length / Short Period

(?)• Additions on to the Bluetooth specifications

(Baseband and LMP)• Reliable exchange of new sequence • Backward compatibility with legacy devices