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논문명/저자명
A Study on video scene filtering using queue models for personalized semantic content consumption = 개인화된 의미 기반 콘텐츠 소비를 위한 큐잉 모델 기반 비디오 장면 필터링에 관한 연구 / Sung Ho Jin 인기도
발행사항
대전 : 한국정보통신대학원대학교, 2006.8
청구기호
TD 621.388 J61s
형태사항
ix, 105 p. ; 26 cm
자료실
전자자료
제어번호
KDMT1200686774
주기사항
학위논문(박사) -- 한국정보통신대학원대학교, Engineering, 2006.8
원문
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Title page

ABSTRACT

Contents

I. Introduction 13

1.1. Background on Personalized Semantic Content Consumption in Consumer Domain 15

1.2. Background on Real-Time Video Filtering 16

1.3. Scope of Thesis 18

II. Related Works 20

III. Queueing Theory 22

3.1. Introduction of Queueing Theory 22

3.2. Basic Terminology of Queueing Theory 23

Input Source 24

Queue 25

Queue Discipline 25

Service Mechanism 26

3.3. Kendall s Notation for Classification of Queue Types 27

Examples 29

3.4. Mathematics for all Queueing Models 30

3.5. Applications of Queueing Theory 31

Traffic Flow 31

Scheduling 31

Facility Design and Employee Management 32

Some Other Examples 32

IV. Proposed Real-Time Content Filtering Framework 33

4.1. Proposed Broadcasting Content Filtering System for TV Terminals 33

4.2. Generic Filtering Processor with Visual Features 35

4.3. Applied Filtering Algorithm for Soccer Videos 39

4.4. Implementation of Real-Time Content Filtering 50

V. System Modeling 53

5.1. Analysis of Proposed Real-Time Filtering 53

5.2. Requirements of Stable Real-Time Filtering Based on D/D/1 Queue 58

5.3. Requirements of Stable Real-Time Filtering Based on D/M/1 Queue 63

VI. Experiments 72

6.1. Experimental Results on Soccer Videos 72

6.2. Filtering Requirement Analysis using D/D/1 Model 79

6.3. Filtering Requirement Analysis using D/M/1 Model 84

VII. Discussion 96

VIII. Conclusion 98

Abstract in Korean 100

References 102

Acknowledgement 107

Publications 109

Table 3-1 : Symbols meanings of Kendall s notation 28

Table 3-2 : Distribution types applied to A and B 28

Table 6-1 : Number of frames depending on frame views 74

Table 6-2 : Processing times of frame views measured in each terminal 74

Figure 1-1 : Changes of broadcasting environments 14

Figure 4-1 : System architecture of TV terminal for real-time content filtering 34

Figure 4-2 : Generic filtering processor for proposed filtering 37

Figure 4-3 : Frame view types in a soccer game : (a) global view with goal post (VGp), b) global view without goal post (VG), c) medium view (VM), and d) close-up view (VC) 41

Figure 4-4 : Filtering algorithm used for soccer videos 42

Figure 4-5 : (a) 9 sub-blocks segmented in the input frame and (b) Hue region representing the dominant color of grass in the field 45

Figure 4-6 : Accumulated edges in the region of a scoreboard 47

Figure 4-7 : Temporal view patterns of frames for shooting scenes in soccer games 49

Figure 4-8 : Screen shot to run the real-time content filtering service with a single channel of interest : (a) (1) box shows user s main broadcast and (2) box on the bottom right-hand side of the screen 51

Figure 5-1 : Simplified model of content filtering with single input 54

Figure 5-2 : Queue model of content filtering for multiple channels 56

Figure 5-3 : The flow of sampled video frames 57

Figure 5-4 : Queueing process for successive frames based on D/D/1 model 60

Figure 5-5 : Queueing process for successive frames based on D/M/1 model 65

Figure 6-1 : Performance of the proposed view decision 77

Figure 6-2 : Examples of frames extracted in each step of the filtering algorithm 78

Figure 6-3 : Variation of filtering performance according to sampling rate 80

Figure 6-4 : The number of input channels enables the real-time filtering system to satisfy the filtering requirements in (a) Terminal 1, (b) Terminal 2, and (c) Terminal 3. ① and ① lines indicate the 82

Figure 6-5 : Number of available channels according to variation of frame sampling rate in (a) P₁, (b) P₂, and (c) P₃ 87

Figure 6-6 : Regions including requirements that meet the two criteria of the proposed D/M/1 model on soccer videos in (a) P₁, (b) P₂, and (c) P₃ 91

Figure 6-7 : Buffer lengths expected and used in the proposed D/M/1 model in (a) P₁, (b) P₂, and (c) P₃ 95

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