author	title
LIG - Verimag	Paper Outline / Road Map

Abstract

we will keep it to the end.

Introduction

General intoduction

• IEEE 802.15.4 overview (1 paragraph).

• TSCH Table Structure.

• 6top protocol and cell reservation.

The project objectives and Results

• Randomity of cell selection in 6 top.

• Identifying the problem.(collision in the Dedicated cells of the TSCH tables between neighbor nodes)

• The suggested solution. (local mutual execlusion while reserving cells using 6top protocol)

Background

6top cell reservation

• The rule of 6top.

• 2-step 6top Transaction

• 3-step 6top Transaction

• The communication of the cell reservation and deletion in the shared slot.

filtering of the RX at the mac sublayer

currently reading for This section to be updated soon

The concept of collision, hidden and exposed terminal.

(collision only occurs at the reception)

Proposed Mechanism

• The new created structure that will reserve the cells taken by the neighbors.

• The use of the cell reservation Response to update the created structure.

• An schematics to explain the problem and the solution.

• Why we need to buffer the reserved cells , and how it’s going to improve our approach.

• The calculation of the buffer length.

• The used value and why it fits the topologies.

Results

to be discussed with the supervisor, I will supply many options for the representions to choose the best fit for us

Related Work

• The work done by Muraoka et al (the simulator creators), “6 Top Housekeeping”

• The work done by Phan Duy et al , a paper published in 22/03/2017 dealed with the same problem we are trying to solve.(I will supply you with the paper)

• Compariasno between Housekeeping and our approach.

Conclusion

we will keep it to the end.

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M. R. Palattella et al, Traffic Aware Scheduling Algorithm for Reliable Low-Power Multi-Hop IEEE 802.15.4e Networks 1em plus 0.5em minus 0.4emIEEE 23rd International Symposium on Personal, Indoor and Mobile Radio Communications - (PIMRC), September 2012.

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