包郵 安防天下2 智能高清視頻監控原理精解與實踐 潘國輝 西刹子著二版 書籍 智能網絡 pdf epub mobi txt 電子書 下載 2025

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潘國輝（西刹子） 著

圖書標籤:

• 安防監控
• 視頻監控
• 智能網絡
• 高清視頻
• 潘國輝
• 西刹子
• 安防天下2
• 智能傢居
• 網絡安全
• 監控原理

店鋪： 蘭興達圖書專營店

齣版社： 清華大學齣版社

ISBN：9787302356257

商品編碼：1731336010

包裝：平裝

齣版時間：2014-06-01

基本信息

書名：安防天下2——智能高清視頻監控原理精解與**實踐

99.00元

作者：潘國輝(西刹子)

齣版社：清華大學齣版社

齣版日期：2014-06-01

ISBN：9787302356257

字數：1264

頁碼：786

版次：1

裝幀：平裝

開本：16開

商品重量：0.4kg

編輯推薦

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隨著雲計算/存儲、大數據、物聯網、移動互聯網等新技術的推進，安防領域也有瞭翻天覆地的變化，本書**版創造瞭“安防領域**書”的口碑，4年過去，仍然保持火熱銷售態勢，然而，如前所述，安防領域的技術有瞭很多革命性突破，為此，本書針對*前沿、*實用的新技術、新方案，並添加瞭作者*近4年積纍的**案例，同時刪除瞭一些過時的內容及案例，形成瞭這本《安防天下2》。無論從技術上、思維上還是高度上，都比本書上一版有瞭質的飛躍。希望能為本行業的讀者提供實實在在的參考。

清華大學齣版社欒大成

內容提要

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本書是具有多年行業經驗的安防專業人士呈現的“誠意之作”，其目的在於和行業朋友分享、交流、探討“智能高清視頻監控係統”的原理、應用、産品、技術發展趨勢等。本書的內容涉及瞭模擬視頻監控係統、編碼壓縮、DVR、DVS、IPC、NVR、視頻分析、高清IP攝像機、視頻傳輸、CMS、視頻存儲、解碼顯示、大屏幕、PSIM、物聯網、雲計算、大數據、數字高清攝像機、模擬高清攝像機、鏡頭等各個方麵，並輔有大量的相關應用案例供讀者參考，以期讓讀者更好地理解和應用。
本書共分19章，第1章是概述部分，第2章簡單介紹瞭模擬電視監控係統，第3～7章分彆介紹瞭編碼壓縮技術、DVR技術、DVS技術、NVR技術、IPC技術，第8章介紹瞭高清監控係統，第9章介紹瞭視頻內容分析技術，第10章介紹瞭網絡傳輸係統，第11章介紹瞭CMS技術，第12章介紹瞭存儲係統，第13章介紹瞭解碼顯示，第14章介紹瞭智能網絡視頻監控係統實戰應用，第15章是智能網絡視頻監控係統相關案例的介紹，第16章介紹瞭PSIM技術，第17章介紹瞭物聯網相關技術，第18章介紹瞭雲計算相關技術，第19章介紹瞭大數據相關技術及其與視頻監控的結閤應用。
本書適閤初學者或者有一定行業經驗的讀者閱讀，特彆適閤“弱電、安全防範、視頻監控、物聯網”相關從業人員作為入門及深入學習的參考。

目錄

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第1章 視頻監控技術概述················· 1

1.1 引子·························································· 2

1.1.1 安全防範的雛形······························· 2

1.1.2 網絡視頻監控··································· 2

1.1.3 智能視頻識彆··································· 2

1.1.4 智能網絡視頻監控··························· 3

1.1.5 高清視頻監控··································· 3

1.1.6 雲視頻監控······································· 4

1.2 視頻監控技術發展過程·························· 4

1.2.1 模擬視頻監控時代··························· 5

1.2.2 數字視頻監控時代··························· 7

1.2.3 智能網絡視頻監控時代··················· 8

1.2.4 高清視頻監控時代··························· 9

1.3 視頻監控的核心技術······························ 9

1.3.1 光學成像器件··································· 9

1.3.2 視頻編碼壓縮算法··························· 10

1.3.3 視頻編碼壓縮芯片··························· 10

1.3.4 視頻管理平颱··································· 11

1.4 視頻監控的發展方嚮······························ 11

1.5 智能網絡視頻監控概念·························· 13

1.5.1 本書內容、範圍說明······················· 13

1.5.2 本書術語、縮寫說明······················· 13

1.5.3 本書內容拓撲結構圖······················· 15

第2章 模擬視頻監控係統················· 17

2.1 模擬監控係統的構成······························ 18

2.2 視頻采集設備·········································· 19

2.2.1 攝像機相關技術······························· 19

2.2.2 鏡頭相關介紹··································· 24

2.2.3 防護罩··············································· 28

2.2.4 雲颱及解碼器··································· 29

2.2.5 一體球型攝像機······························· 30

2.3 信號傳輸設備·········································· 33

2.3.1 視頻信號的傳輸······························· 33

2.3.2 視頻分配器······································· 35

2.3.3 控製信號的傳輸······························· 35

2.3.4 係統供電··········································· 35

2.4 矩陣控製設備·········································· 36

2.4.1 矩陣工作原理··································· 36

2.4.2 矩陣的主要功能······························· 37

2.4.3 PTZ控製原理··································· 38

2.4.4 控製鍵盤介紹··································· 38

2.5 顯示與錄像設備······································ 39

2.5.1 多畫麵處理器··································· 39

2.5.2 圖像顯示設備··································· 41

2.5.3 長延時錄像機··································· 42

2.6 夜視技術及應用······································ 42

2.6.1 主動紅外攝像機······························· 42

2.6.2 激光夜視技術··································· 44

2.6.3 被動紅外夜視··································· 45

2.6.4 透霧攝像機······································· 46

2.7 閉路電視監控係統設計·························· 47

2.7.1 係統需求分析··································· 47

2.7.2 攝像機的選型··································· 49

2.7.3 鏡頭的選型······································· 51

2.7.4 矩陣的選型······································· 51

2.8 本章小結·················································· 52

第3章 視頻編碼壓縮技術················· 53

3.1 多媒體技術基礎······································ 54

3.1.1 圖像的色彩模型······························· 54

3.1.2 圖像的色彩空間變換······················· 57

3.1.3 圖像的基本屬性······························· 58

3.1.4 圖像的格式與質量··························· 59

3.1.5 數據壓縮方法··································· 60

3.2 靜態圖像壓縮技術·································· 64

3.2.1 色相變換過程··································· 65

3.2.2 區塊切割與采樣······························· 66

3.2.3 離散餘弦(DCT)變換························· 68

3.2.4 量化過程介紹··································· 69

3.2.5 Z字形編碼過程································ 71

3.2.6 DC係數及AC係數編碼················· 72

3.2.7 熵編碼介紹······································· 73

3.2.8 JPEG數據流介紹····························· 73

3.2.9 JPEG解壓縮過程····························· 73

3.3 視頻(動態圖像)編碼壓縮······················· 74

3.3.1 視頻壓縮的必要性··························· 74

3.3.2 視頻壓縮的可行性··························· 75

3.3.3 圖像格式說明··································· 75

3.3.4 逐行掃描與隔行掃描······················· 79

3.3.5 幀率、碼流與分辨率······················· 80

3.3.6 視頻編碼模型··································· 81

3.3.7 運動補償技術介紹··························· 82

3.4 主流視頻編碼技術·································· 83

3.4.1 MJPEG編碼壓縮····························· 84

3.4.2 MPEG-1技術介紹···························· 85

3.4.3 MPEG-2技術介紹···························· 90

3.4.4 MPEG-4技術介紹···························· 91

3.4.5 H.264技術說明································ 96

3.4.6 H.265編碼技術································ 98

3.4.7 視頻編解碼技術應用······················· 103

3.5 本章小結·················································· 105

第4章 硬盤錄像機(DVR)技術············ 107

4.1 DVR産品介紹········································ 108

4.1.1 DVR發展曆史·································· 108

4.1.2 DVR工作原理·································· 109

4.1.3 軟壓縮與硬壓縮······························· 110

4.1.4 DVR芯片介紹·································· 111

4.1.5 DVR的錄像文件管理······················ 113

4.1.6 DVR配置及接口······························ 114

4.1.7 DVR的關鍵技術······························ 117

4.1.8 DVR術語介紹·································· 118

4.2 DVR軟硬件構成···································· 119

4.2.1 嵌入式DVR······································ 119

4.2.2 PC式DVR········································ 122

4.2.3 嵌入式對比PC式DVR··················· 123

4.3 DVR應用軟件功能································ 125

4.3.1 設備配置及管理······························· 126

4.3.2 錄像管理··········································· 126

4.3.3 報警管理··········································· 127

4.3.4 視頻存儲與備份······························· 127

4.3.5 視頻瀏覽與迴放······························· 128

4.3.6 設備網管維護··································· 129

4.3.7 用戶的管理······································· 129

4.3.8 用戶操作日誌審計··························· 130

4.4 DVR的應用架構···································· 130

4.4.1 單機工作模式··································· 130

4.4.2 模數混閤架構··································· 131

4.4.3 多機聯網模式··································· 132

4.5 DVR的亮點功能···································· 136

4.5.1 DVR的多碼流技術·························· 136

4.5.2 視頻分析技術應用··························· 138

4.5.3 混閤DVR技術································· 139

4.5.4 智能檢索與迴放······························· 140

4.5.5 場景重組技術··································· 141

4.5.6 視頻加密技術··································· 142

4.6 DVR産品選型········································ 142

4.7 DVR的常見故障···································· 145

4.7.1 PC式DVR的常見故障··················· 145

4.7.2 嵌入式DVR的常見故障················· 145

4.8 DVR應用案例········································ 146

4.8.1 DVR帶寬設計·································· 146

4.8.2 DVR存儲設計·································· 148

4.9 DVR設置與操作···································· 148

4.9.1 DVR的係統設置······························ 149

4.9.2 DVR的應用操作······························ 153

4.10 DVR的遠程訪問·································· 155

4.10.1 流媒體服務····································· 156

4.10.2 DVR的公網配置···························· 158

4.10.3 DVR的轉碼應用···························· 161

4.11 本章小結················································ 162

第5章 視頻編碼器技術···················· 163

5.1 DVS産品介紹········································· 164

5.1.1 DVS發展曆程·································· 164

5.1.2 DVS對比DVR································ 165

5.1.3 DVS的工作原理······························ 166

5.2 DVS産品軟硬件構成····························· 168

5.2.1 DVS硬件構成·································· 168

5.2.2 DVS軟件構成·································· 169

5.3 DVS係統應用架構································· 172

5.3.1 矩陣 DVS混閤架構························ 172

5.3.2 DVS NVR架構······························· 173

5.4 DVS的亮點功能····································· 174

5.4.1 DVS的ANR技術··························· 174

5.4.2 DVS冗餘技術·································· 176

5.4.3 DVS的多碼流技術·························· 177

5.4.4 DVS的PoE技術····························· 178

5.4.5 DVS的音頻功能······························ 179

5.4.6 DVS組播應用·································· 180

5.4.7 帶視頻分析功能的DVS·················· 181

5.5 DVS産品選型········································· 182

5.5.1 DVS的主要參數······························ 182

5.5.2 DVS産品的架構······························ 182

5.5.3 編碼壓縮方式··································· 182

5.5.4 視頻分析功能··································· 183

5.5.5 各類接口資源··································· 183

5.5.6 標準化與開放性······························· 184

5.5.7 設備的穩定性··································· 184

5.6 DVS的集成整閤····································· 185

5.6.1 DVS的SDK集成···························· 185

5.6.2 DVS的SDK功能···························· 186

5.7 DVS設置與應用····································· 187

5.7.1 DVS工作流程·································· 187

5.7.2 DVS碼流分析·································· 188

5.7.3 DVS主要參數說明·························· 189

5.7.4 DVS配置過程·································· 190

5.8 SDI-DVS産品介紹································· 192

5.9 DVS常見故障及公網接入····················· 193

5.10 本章小結················································ 194

第6章 網絡錄像機(NVR)技術············ 195

6.1 NVR産品介紹········································ 196

6.1.1 NVR的功能角色······························ 196

6.1.2 NVR的功能模塊······························ 197

6.1.3 NVR對比DVR································ 198

6.1.4 PC式與嵌入式NVR························ 200

6.2 NVR的技術指標···································· 202

6.2.1 NVR的平颱需求······························ 202

6.2.2 NVR的瓶頸分析······························ 203

6.2.3 NVR的軟件功能······························ 205

6.2.4 NVR的兼容性·································· 212

6.3 NVR産品亮點功能································ 212

6.3.1 視頻中間件技術應用······················· 212

6.3.2 ANR技術·········································· 214

6.3.3 NVR冗餘技術·································· 215

6.3.4 視頻標簽功能··································· 216

6.3.5 帶視頻分析功能的NVR·················· 216

6.3.6 軟件的進程隔離技術······················· 216

6.3.7 軟件定製化設計······························· 217

6.4 NVR産品選型要點································ 217

6.4.1 NVR典型參數·································· 217

6.4.2 NVR産品選型·································· 217

6.5 NVR應用案例分析································ 219

6.5.1 需求分析··········································· 219

6.5.2 網絡帶寬設計··································· 221

6.5.3 NVR存儲設計·································· 222

6.6 NVR的ONVIF接入······························ 223

6.7 本章小結·················································· 225

第7章 網絡攝像機(IPC)技術············ 227

7.1 IPC産品介紹··········································· 228

7.1.1 IPC的定義········································ 228

7.1.2 IPC的主要功能································ 229

7.1.3 IPC的分類········································ 230

7.1.4 IPC的優勢········································ 231

7.1.5 IPC的常用術語介紹························ 234

7.2 IPC的組成及工作原理··························· 235

7.2.1 IPC的硬件構成································ 235

7.2.2 IPC的軟件構成································ 238

7.2.3 IPC的工作原理································ 239

7.3 IPC數據的網絡傳輸······························· 239

7.3.1 網絡傳輸協議介紹··························· 240

7.3.2 視音頻流的傳輸······························· 241

7.3.3 控製信號的傳輸······························· 242

7.4 IPC的核心技術······································· 242

7.4.1 光學成像技術··································· 243

7.4.2 視頻編碼算法··································· 243

7.4.3 編碼壓縮芯片··································· 244

7.4.4 視頻分析技術··································· 244

7.5 IPC的亮點功能·····

《安防天下2：智能高清視頻監控原理精解與實踐》—— 深入解析現代安防核心技術，賦能智慧安全新時代 在當今社會，隨著科技的飛速發展，高清視頻監控係統已不再是簡單的錄像存儲，而是深度融入人工智能，成為維護公共安全、提升生産效率、優化生活品質不可或缺的關鍵要素。潘國輝、西刹子二版閤著的《安防天下2：智能高清視頻監控原理精解與實踐》一書，正是站在這一時代前沿，為廣大讀者提供瞭一部全麵、深入且極具實踐指導意義的著作。它不僅係統梳理瞭智能高清視頻監控的核心理論，更將前沿技術與實際應用緊密結閤，帶領讀者一同探索構建下一代智慧安防體係的奧秘。 本書的齣版，恰逢智能時代安防領域革新浪潮風起雲湧之際。傳統安防係統在麵對海量數據、復雜場景以及多樣化需求時，顯得力不從心。而智能高清視頻監控，則以其強大的數據感知、智能分析及聯動響應能力，徹底改變瞭安防行業的格局。它突破瞭“看”的局限，實現瞭“懂”和“智”的飛躍，為智能化城市、智慧園區、智能傢居等建設提供瞭堅實的技術支撐。 《安防天下2》的價值，首先體現在其原理的精解上。書中並沒有停留在泛泛而談的介紹，而是深入剖析瞭智能高清視頻監控係統的每一個關鍵技術環節。從高清攝像機的成像原理、傳感器技術、圖像編碼與傳輸（如H.265+等高效編碼標準），到高清網絡視頻存儲（NVR）的架構設計、RAID技術、存儲介質的選擇，再到傳輸網絡（IP網絡、PoE供電）的規劃與優化，以及前端智能分析算法（如人臉識彆、行為分析、車輛檢測、周界入侵檢測等）的實現機製，都進行瞭細緻入微的講解。作者們憑藉其深厚的專業知識和豐富的實踐經驗，將復雜的理論知識以清晰易懂的語言呈現齣來，即便讀者並非科班齣身，也能逐步理解其內在邏輯。 在智能高清視頻監控原理的章節中，作者們重點闡述瞭高清化帶來的巨大變革。像素的提升不僅帶來瞭更細膩的畫麵，更重要的是為後續的智能分析提供瞭更豐富的細節信息，使得識彆精度和分析能力得到質的飛躍。書中詳細介紹瞭不同分辨率（720p, 1080p, 4K等）在安防應用中的優勢與劣勢，以及如何根據實際需求選擇最閤適的高清解決方案。 智能分析是本書的核心亮點之一。在當前安防領域，單純的視頻監控已經無法滿足日益增長的安全需求。智能分析技術，特彆是基於深度學習的AI算法，正在重塑安防的麵貌。《安防天下2》對各種主流的智能分析技術進行瞭深入的探討，包括： 人臉識彆：從基礎的人臉檢測、特徵提取，到高精度的人臉比對與識彆，書中不僅介紹瞭算法原理，還分析瞭在實際應用中可能遇到的光照、遮擋、姿態變化等挑戰，以及相應的解決方案。 行為分析：例如異常行為檢測（如徘徊、奔跑、摔倒）、人群密度分析、煙火檢測等，這些功能極大地提升瞭主動預警和事後追溯的能力。 車輛檢測與識彆：包括車牌識彆、車型識彆、車輛行為分析（如逆行、違停），對於交通管理、停車場監控等場景至關重要。 物體識彆與跟蹤：識彆特定物體（如包裹、寵物），並對其進行持續跟蹤，在物流、安保、甚至是智慧零售領域都有廣泛應用。 書中對這些智能分析算法的原理進行瞭深入淺齣的剖析，例如捲積神經網絡（CNN）、循環神經網絡（RNN）等在圖像和視頻分析中的應用，以及如何優化算法以提高實時性和準確性。作者們還強調瞭算法與硬件（如GPU、NPU）的協同優化，以實現高效的邊緣計算和雲端智能。 除瞭原理的深入講解，《安防天下2》更注重實踐層麵的指導。書中提供瞭大量實際工程案例，詳細闡述瞭如何根據不同的應用場景（如智慧城市、公共安全、金融機構、交通樞紐、工業園區、商場超市、住宅小區等），進行係統的設計、部署和優化。 在實踐章節，作者們帶領讀者一步步進行： 係統設計：包括需求分析、場景調研、點位規劃、設備選型（攝像機、NVR、存儲、網絡設備、智能分析服務器等）、網絡拓撲設計、供電方案設計、以及整體方案預算。 設備選型策略：提供瞭詳細的設備選型指南，從分辨率、幀率、碼率、低照度性能、寬動態範圍（WDR）、防護等級（IP等級、IK等級）、雲颱控製（PTZ）、音頻采集、AI功能等多個維度，指導讀者如何根據具體需求選擇最適閤的設備。 網絡部署與優化：講解瞭如何規劃和部署IP網絡，包括帶寬計算、QoS（服務質量）保障、PoE（以太網供電）的應用、以及網絡安全防護措施，確保視頻數據的流暢傳輸和係統的穩定運行。 智能分析平颱的搭建與應用：介紹瞭如何部署和配置集成的智能分析平颱，如何進行算法的訓練、調優，以及如何將智能分析結果與警報係統、GIS（地理信息係統）、大數據分析平颱等進行聯動，實現更高級彆的智能化管理。 係統集成與互聯互通：在當今互聯互通的時代，不同廠商、不同協議的設備如何協同工作是關鍵。《安防天下2》也探討瞭ONVIF等行業標準的應用，以及如何實現與其他安防子係統（如門禁、報警、消防）的集成，構建統一的智能安防管理平颱。 係統維護與故障排除：從日常維護、定期檢查到常見故障的診斷與排除，書中提供瞭實用的指導，幫助讀者保障係統的長期穩定運行。 本書的另一大亮點在於其前瞻性。作者們不僅梳理瞭當前主流的技術，還對未來智能高清視頻監控的發展趨勢進行瞭展望，例如邊緣智能的深化、5G技術在安防領域的應用、AIoT（人工智能物聯網）與安防的融閤、以及隱私保護與數據安全等重要議題。這些內容為讀者提供瞭寶貴的洞察力，幫助他們站在行業發展的前沿。 《安防天下2》的語言風格嚴謹而生動，理論講解清晰透徹，實踐指導具體可行。潘國輝與西刹子兩位作者在各自領域都擁有豐富的經驗和深厚的造詣，他們的閤著保證瞭本書在理論深度和實踐廣度上的高度統一。書中配有大量圖錶、流程圖和實景圖片，使得復雜的概念更容易被理解。 總而言之，《安防天下2：智能高清視頻監控原理精解與實踐》是一本集理論精解、實踐指導、技術前瞻於一體的權威著作。它不僅是安防工程師、係統集成商、項目經理必備的參考手冊，也是相關領域科研人員、高校師生以及對智能高清視頻監控技術感興趣的廣大讀者學習和進階的優秀讀物。通過閱讀本書，讀者將能夠係統掌握智能高清視頻監控的核心技術，理解其工作原理，並能將其應用於實際項目中，從而為構建更安全、更智能的未來社會貢獻力量。本書將帶領您從“看”到“懂”，再到“智”，全麵升級您對視頻監控的認知，賦能您的安防事業邁嚮新的高度。

評分☆☆☆☆☆

作為一名對科技發展充滿好奇心的讀者，我一直關注著安防領域的變化。當我在書店看到《安防天下2：智能高清視頻監控原理精解與實踐》這本書時，我的目光立刻被它吸引瞭。“安防天下”這個名字聽起來就很宏大，而“智能高清視頻監控”更是當前的熱點。潘國輝和西刹子這兩位作者的組閤，讓我對這本書的質量充滿瞭期待，特彆是“二版”的字樣，證明瞭作者們對內容的精益求精。我特彆想知道，這本書是如何將“原理”與“實踐”相結閤的。比如，在原理方麵，是否會講解圖像傳感器、編碼技術、網絡傳輸協議等基礎知識，然後逐步深入到AI算法的部分？在實踐方麵，是否會涵蓋實際工程中的布綫、設備選型、係統集成、故障排除等環節？我希望這本書能像一本百科全書一樣，為我提供關於智能高清視頻監控的全麵知識，從理論到實操，讓我能夠真正掌握這項技術。

評分☆☆☆☆☆

最近我一直在研究關於物聯網和人工智能在實際應用中的結閤點，視頻監控無疑是一個非常重要的切入點。這本《安防天下2：智能高清視頻監控原理精解與實踐》的齣現，讓我看到瞭深入瞭解這個領域的絕佳機會。《安防天下》這個係列的名字本身就有一種大氣磅礴的感覺，而“智能高清視頻監控”更是抓住瞭當前技術發展的核心。潘國輝和西刹子這兩位作者的名字，也讓我對書籍的內容充滿瞭信心，尤其是“二版”的字樣，說明這本書已經經過時間的沉澱和讀者的反饋，其內容一定非常紮實。我非常期待書中能夠詳細闡述智能視頻監控的“智能”到底體現在哪些方麵，例如，是否會介紹如何利用機器學習和深度學習技術，讓監控係統具備自主學習和識彆異常事件的能力？高清視頻在提升監控效果方麵的優勢，以及如何與智能分析進行完美的結閤，這也是我非常感興趣的部分。這本書的“實踐”部分，我更是翹首以盼，希望能夠看到真實的案例分析，瞭解在不同場景下，如何設計、部署和優化一套智能高清視頻監控係統。

評分☆☆☆☆☆

我對安防技術一直保持著高度關注，尤其是在高清化和智能化的大趨勢下。這本《安防天下2：智能高清視頻監控原理精解與實踐》，書名就非常吸引人，暗示瞭其內容的深度和廣度。“潘國輝 西刹子著二版”這樣的作者署名和版本信息，讓我對這本書的專業性和可靠性有瞭初步的判斷。我希望這本書能夠深入淺齣地解析智能高清視頻監控的底層技術，例如，在高清視頻方麵，它會講解哪些關於圖像質量提升、分辨率、幀率、編碼格式等方麵的原理？在“智能”方麵，又會涉及哪些AI技術，比如，是否會深入講解機器學習、深度學習在視頻分析中的應用，如目標檢測、人臉識彆、行為分析等？“實踐”這個詞也讓我充滿期待，我希望書中能提供豐富的案例研究，展示如何在實際項目中應用這些技術，包括設備選型、係統架構設計、網絡部署、數據存儲與管理等關鍵環節。這本書能否為我打開智能安防領域的一扇窗，讓我更清晰地認識到這項技術如何改變我們的生活和工作，這是我非常期待的。

評分☆☆☆☆☆

最近一直在關注智能傢居和智慧城市的發展，而視頻監控無疑是其中的重要組成部分。我注意到一本叫做《安防天下2：智能高清視頻監控原理精解與實踐》的書，它的內容讓我産生瞭濃厚的興趣。這本書的作者是潘國輝和西刹子，他們是這個領域的專傢，這讓我對書籍的專業性和權威性有瞭信心。“二版”的標記也意味著作者們在不斷更新和完善內容，以適應技術發展的步伐。我最關心的是書中所提到的“智能”二字，這究竟是如何實現的？比如，是否會深入講解目標識彆、行為分析、人臉識彆等技術在視頻監控中的應用？高清視頻本身帶來的細節豐富度，又如何與智能分析相結閤，從而提升安防的效率和準確性？此外，“實踐”二字也讓我期待，這本書是否會提供一些實際項目的案例分析，或者介紹一些常用的監控設備和軟件的配置與操作方法？我希望通過閱讀這本書，能夠全麵瞭解當前智能高清視頻監控技術的現狀、發展趨勢以及在各個領域的應用前景，為我未來在該領域的發展提供指引。

評分☆☆☆☆☆

這本《安防天下2：智能高清視頻監控原理精解與實踐》真是太棒瞭！我一直對安防監控這個領域很感興趣，尤其是在智能技術飛速發展的今天，高清視頻監控更是大行其道。這本書的標題就直接點齣瞭核心內容，讓我對它充滿瞭期待。翻開書，首先映入眼簾的就是潘國輝和西刹子兩位作者的署名，名字聽起來就很有分量，而且是“二版”，這說明這本書經過瞭市場的檢驗和作者的不斷打磨，內容肯定更加成熟和完善。我特彆想瞭解智能高清視頻監控背後的原理，比如那些先進的圖像處理技術、AI算法如何應用於視頻分析，以及如何在實際場景中部署和優化這些係統。這本書的書名中“原理精解”和“實踐”並列，預示著它既有深入的技術講解，又有貼近實際操作的案例，這正是我學習所需要的。我希望這本書能夠為我揭示智能安防領域的“黑匣子”，讓我不僅僅停留在“看到”高清視頻的層麵，更能理解“如何看到”、“如何分析”以及“如何利用”這些視頻信息，從而為我的學習和工作提供堅實的理論基礎和寶貴的實踐經驗。

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還可以

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很科普的一本書

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好評

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很好，

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好書，價格不貴

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好

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好書，全麵

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非常不錯的一本書

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買瞭沒看，看起來不錯