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A_Route_Discovery_Method_based_on_Limited_Flooding_in_ZigBee_Networks
(3:21:52)
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by Solomon, 2011-10-05 11:38, 人氣(3734)
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標題
1.
A Route Discovery Method based on Limited Flooding inZigBee Networks
2.
Outline
3.
ZigBee Network Device
4.
Simple Tree Routing Protocol
5.
Tree Architecture
6.
Tree – Address assignment
7.
Tree Architecture
8.
Tree – Address assignment
9.
Slide 8
10.
Tree – Address allocation (cont.)
11.
Tree – Address assignment
12.
Tree – Address allocation (cont.)
13.
Tree – Address assignment
14.
Slide 8
15.
Tree – Address allocation (cont.)
16.
Tree Architecture
17.
Tree – Address assignment
18.
Tree Architecture
19.
Tree – Address assignment
20.
Tree Architecture
21.
Slide 8
22.
Tree – Address allocation (cont.)
23.
Tree – Address assignment
24.
Tree – Address allocation (cont.)
25.
Tree – Address assignment
26.
Tree – Address assignment
27.
Tree – Address allocation (cont.)
28.
Tree – Address assignment
29.
Tree – Address allocation (cont.)
30.
Slide 8
31.
Slide 8
32.
Tree - Determine the location of the destination
33.
Slide 8
34.
Tree - Determine the location of the destination
35.
Tree - summary
36.
Slide 8
37.
Tree - Determine the location of the destination
38.
ZigBee-AODV(ZAODV)
39.
Tree - summary
40.
ZAODV - Table
41.
Tree - summary
42.
Slide 8
43.
Tree - Determine the location of the destination
44.
ZigBee-AODV(ZAODV)
45.
ZigBee-AODV(ZAODV)
46.
ZigBee-AODV(ZAODV)
47.
ZAODV - Table
48.
ZAODV - Route Cost
49.
ZAODV – Route Discovery
50.
ZAODV - Route Cost
51.
ZAODV - Route Cost
52.
ZAODV – Route Discovery
53.
ZAODV – Route Discovery
54.
Route Request and Reply
55.
ZAODV – Route Discovery
56.
Route Request and Reply
57.
ZAODV – Route Discovery
58.
Route Request and Reply
59.
ZAODV – Route Discovery
60.
Route Request and Reply
61.
Slide 16
62.
Slide 17
63.
Slide 18
64.
Slide 17
65.
Slide 18
66.
Slide 19
67.
Slide 18
68.
Slide 19
69.
Slide 20
70.
Slide 18
71.
Slide 19
72.
Slide 20
73.
Slide 21
74.
Slide 22
75.
ZAODV - summary
76.
Tree – Address assignment
77.
Tree Architecture
78.
Simple Tree Routing Protocol
79.
A Route Discovery Method based on Limited Flooding inZigBee Networks
80.
Simple Tree Routing Protocol
81.
Tree – Address assignment
82.
Slide 8
83.
Slide 8
84.
Tree - Determine the location of the destination
85.
ZAODV - Table
86.
ZAODV – Route Discovery
87.
Slide 16
88.
Slide 19
89.
Slide 22
90.
LF-ZAODV
91.
Slide 22
92.
Slide 20
93.
Tree – Address allocation (cont.)
94.
Tree Architecture
95.
Outline
96.
Tree Architecture
97.
Slide 8
98.
Tree - Determine the location of the destination
99.
Slide 21
100.
LF-ZAODV
101.
LF-ZAODV - Condition
102.
LF-ZAODV - Calculate Hm
103.
Slide 8
104.
Tree - Determine the location of the destination
105.
Tree - summary
106.
LF-ZAODV - Condition
107.
LF-ZAODV
108.
LF-ZAODV - Calculate Hm
109.
Special Case of LF-ZAODV
110.
LF-ZAODV - Upon receipt of a RREQ
111.
LF-ZAODV - Upon receipt of a RREP
112.
Slide 30
113.
Conclusion
114.
Slide 30
115.
Conclusion
116.
Slide 30
117.
Reference
118.
Conclusion
119.
Route Request and Reply
120.
Slide 22
121.
Slide 20
122.
Slide 17
123.
ZAODV – Route Discovery
124.
ZAODV - Table
125.
Reference
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