知識社群
Login
中文(台灣)
English(US)
Q&A
Online Users:
59
NGT Lab.
Next Generation Telephony Lab @ csie.ncnu
社群首頁
文件區
(154)
精華區
行事曆
活動
討論區
(5)
即時塗鴉牆
問卷
相簿
文件分類
[
Browse all
]
教育訓練
(5)
VOIP
(3)
MOTP
(2)
Router & Switch
(3)
Filer
(4)
Evercomm
(2)
DAS(斯其大公司)
(1)
未分類
(134)
社群資訊
Guests: 775098
Articles: 154
Comments: 5
Announcements: 0
Free Quota:
42.7 MB
(4.8 GB)
Guest Access: Open
Category:
教育學習 / 實驗室
Webmaster: Solomon
Vice Webmaster: None
Position:
NGT Lab.
>
文件區
>
未分類
Relay Placement Problem
(1:00:50)
Tweet
by Solomon, 2012-09-11 10:50, Views(4508)
Embed
|
cc Media
|
轉檔資訊
To achieve higher resolution or audio quality, click
Title
1.
Relay Placement Problem for Indoor Wireless Sensor Networks
2.
Relay Placement Problem for Indoor Wireless Sensor Networks
3.
Outline
4.
Slide 3
5.
What’s RPP
6.
Mathematical Facts about RPP
7.
Approximation Algorithms for RPP
8.
Indoor V.S. Outdoor Environments
9.
RealSSim (Realistic Large-Scale Sensor Network Simulator)
10.
Indoor V.S. Outdoor Environments
11.
RealSSim (Realistic Large-Scale Sensor Network Simulator)
12.
RealSSim (Realistic Large-Scale Sensor Network Simulator)
13.
[YSM2011]’s Method for Indoor RPP
14.
(1) Apply Pass Loss Estimation in an Indoor Environment -RealSSim with the multi-wall model (loss factor: 5dB)(2) Set the edge weight for each two sensors and making the MST (Minimum Spanning Tree)-Prim’s algorithm
15.
(3) Add relays for a disconnected inside edge (minimum weight first) -Let sensors connected through added relays(4) Make an inside path to replace an outside edge
16.
(5) Optimization -Shrinking & Merging
17.
(3) Add relays for a disconnected inside edge (minimum weight first) -Let sensors connected through added relays(4) Make an inside path to replace an outside edge
18.
(1) Apply Pass Loss Estimation in an Indoor Environment -RealSSim with the multi-wall model (loss factor: 5dB)(2) Set the edge weight for each two sensors and making the MST (Minimum Spanning Tree)-Prim’s algorithm
19.
(3) Add relays for a disconnected inside edge (minimum weight first) -Let sensors connected through added relays(4) Make an inside path to replace an outside edge
20.
(5) Optimization -Shrinking & Merging
21.
(5) Optimization -Shrinking & Merging
22.
[YSM2011]’s Experimental Results
23.
Outline
24.
4 Radio Propagation Models
25.
4 Radio Propagation Models
26.
[XZNLL2012]’s Method for Indoor RPP
27.
[XZNLL2012]’s Method for Indoor RPP
28.
[XZNLL2012]’s Method for Indoor RPP
29.
[XZNLL2012]’s Experimental Results
30.
[XZNLL2012]’s Experimental Results
31.
Conclusions
32.
[XZNLL2012]’s Experimental Results
33.
Conclusions
34.
References
... [more]
© 2010 FormosaSoft Corp.
http://www.powercam.com.tw
service@powercam.com.tw
All rights reserved.