智能化技术在工程管理中的应用研究

摘    要
智能化技术作为当代科技发展的重要方向，以其独特的定义和核心特点，正逐渐渗透到社会各个领域。智能化技术指的是通过先进的信息技术手段，赋予设备或系统感知、学习、决策和行动的能力，使其能够自主适应环境变化并完成任务。其特点包括自动化、高效性、精确性和适应性等。在智能家居领域，智能化技术实现了家电的远程控制、智能安防、智能照明等功能，极大提升了居住体验。智能交通领域则通过自动驾驶、智能交通管理等技术，有效缓解了交通拥堵，提高了道路通行效率。此外，智能化技术还在智能建筑、智能医疗等领域发挥着重要作用。在工程管理领域，智能化技术的应用主要体现在实时监控与数据分析、资源调配与优化、决策支持与预测以及安全管理与预警等方面。然而，其应用也面临着数据泄露风险、缺乏专业人才、法律法规不完善和资金需求大等挑战。为了应对这些挑战，需要采取一系列策略。包括加强数据加密技术以确保数据安全，加强人才培养和引进以满足行业需求，密切关注政策动态以确保合规性，以及寻求政府支持以缓解资金压力。通过这些策略的实施，可以进一步推动智能化技术在工程管理领域的应用和发展。

关键词：智能化技术；工程管理；应用研究



Abstract
As an important direction of contemporary technological development, intelligent technology is gradually penetrating into various fields of society with its unique definition and core characteristics. Intelligent technology refers to the use of advanced information technology to empower devices or systems with the ability to perceive, learn, make decisions, and take action, enabling them to autonomously adapt to environmental changes and complete tasks. Its characteristics include automation, efficiency, accuracy, and adaptability. In the field of smart home, intelligent technology has achieved remote control, intelligent security, intelligent lighting and other functions of household appliances, greatly improving the living experience. In the field of intelligent transportation, technologies such as autonomous driving and intelligent traffic management have effectively alleviated traffic congestion and improved road traffic efficiency. In addition, intelligent technology plays an important role in fields such as smart buildings and smart healthcare. In the field of engineering management, the application of intelligent technology is mainly reflected in real-time monitoring and data analysis, resource allocation and optimization, decision support and prediction, as well as safety management and early warning. However, its application also faces challenges such as data leakage risk, lack of professional talents, incomplete laws and regulations, and high funding requirements. To address these challenges, a series of strategies need to be adopted. This includes strengthening data encryption technology to ensure data security, enhancing talent cultivation and introduction to meet industry needs, closely monitoring policy dynamics to ensure compliance, and seeking government support to alleviate financial pressure. Through the implementation of these strategies, the application and development of intelligent technology in the field of engineering management can be further promoted.

Key  words:  Intelligent technology; Engineering management; application research



目    录
中文摘要 I
英文摘要 II
目    录 III
引    言 1
第1章、智能化技术概述 2
1.1、智能化技术的定义 2
1.2、智能化技术的核心特点 2
第2章、智能化技术在工程管理中的应用 4
2.1、实时监控与数据分析 4
2.2、资源调配与优化 4
2.3、决策支持与预测 4
2.4、安全管理与预警 5
第3章、智能化技术在工程管理应用中面临的挑战 6
3.1、数据泄露风险 6
3.2、缺乏专业人才 6
3.3、法律法规不完善 6
3.4、资金需求大 7
第4章、智能化技术在工程管理应用中的应对策略 8
4.1、加强数据加密技术 8
4.2、加强人才培养和引进 8
4.3、密切关注政策动态 8
4.4、寻求政府支持 9
结    论 10
参考文献 11