人工作業的車位導引無法提供全天候的服務。本文所研發的智慧停車場系統(SPGS)在不影響原使用者習慣下，藉由照明設備控制與引導，減少人力與能源的浪費。智慧停車場(SPGS)使用車位顯示以及方向性的車位指引協助駕駛找到車位。本論文使用Octopus X嵌入式系統，設計一個自動化控制節點，用於建構智慧停車場系統(SPGS)，並且具備容易安裝架設與維護成本低廉。Octopus X以TI CC2430晶片為開發核心，藉由ZigBee無線網路用於控制訊號傳輸，藉由無線網路的控制部屬，可捨去架設、佈線的麻煩，可直接增添套用於現有的停車場環境設施中。

The manual parking guide could not support any car on demand. In this thesis, a parking system called Smart Parking Guide System (SPGS), which uses intelligent lighting control to guide the car parking while it reduces energy wastage without changing user behavior. To achieve the goal of SPGS, an embedded control module with Octopus X embedded system is considered as the hardware platform. The SPGS provides driver with rich information, including not only the available parking slots but also directional indicators toward parking space to assist drivers to find parking slots.

目錄
目錄 III
圖目錄 IV
表目錄 VI
第一章、 簡介	1
1.1	研究背景	1
1.2	研究動機	2
1.3	研究目的	3
第二章、 相關研究	4
2.1	GIS停車場服務平台與LED看板導引	4
2.2	停車場智慧照明管理系統	6
2.3	Smart Parking System (SPS) Architecture Using Ultrasonic Detector	7
第三章、 系統描述	10
3.1	系統架構與配置	10
3.2	硬體元件	12
3.3	開發軟體	22
第四章、 智慧停車場導引及燈控系統	26
4.1	停車場硬體架構與藍圖繪製	26
4.2	自動化控制節點與模型實作	28
第五章、 智慧停車場導引系統軟體開發與實作	32
5.1	智慧停車場系統運作	32
5.2	智慧停車場系統之ZigBee封包發送	34
5.3	自動化控制節點之封包解析與動作	36
第六章、 結論與未來工作	39
參考文獻	40
附錄-英文論文	43

圖目錄
圖 1 GIS停車場服務平台	5
圖 2 LED指示牌	5
圖 3 LED停車場智慧照明管理系統	7
圖 4 The prototype of SPS	8
圖 5 智慧停車場系統示意圖	12
圖 6 Octopus X開發板簡介	13
圖 7 ZigBee網路架構拓樸種類	14
圖 8 CC2430晶片腳位	18
圖 9 TI CC2430 結構圖	20
圖 10 RFID Module	21
圖 11 Ultrasonic sensor module	22
圖 12 IAR Embedded Workbench整合發展環境	23
圖 13 Z-stack協定堆疊架構圖	24
圖 14 Microsoft Visual Studio 2010開發平台	25
圖 15 智慧停車場硬體架構	26
圖 16 智慧停車場導引系統流程圖	27
圖 17 停車場藍圖描述	28
圖 18 自動化控制節點	30
圖 19 模擬配置節點	31
圖 20 伺服器端路徑運算執行視窗	33
圖 21 命令封包格式	34

表目錄
表1、停車場系統比較表	9
表2、ProjectName_ProcessEvent()常見事件功能說明表	35

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