A Survey on Intrusion Detection System for Wireless Network
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paper_title: Using Internal Sensors For Computer Intrusion Detection

paper_content:

This dissertation introduces the concept of using internal sensors to perform intrusion detection in computer systems. It shows its practical feasibility and discusses its characteristics and related design and implementation issues. ::: We introduce a classification of data collection mechanisms for intrusion detection systems. At a conceptual level, these mechanisms are classified as direct and indirect monitoring. At a practical level, direct monitoring can be implemented using external or internal sensors. Internal sensors provide advantages with respect to reliability, completeness, timeliness and volume of data, in addition to efficiency and resistance against attacks. ::: We introduce an architecture called ESP as a framework for building intrusion detection systems based on internal sensors. We describe in detail a prototype implementation based on the ESP architecture and introduce the concept of embedded detectors as a mechanism for localized data reduction. ::: We show that it is possible to build both specific (specialized for a certain intrusion) and generic (able to detect different types of intrusions) detectors. Furthermore, we provide information about the types of data and places of implementation that are most effective in detecting different types of attacks. ::: Finally, performance testing of the ESP implementation shows the impact that embedded detectors can have on a computer system. Detection testing shows that embedded detectors have the capability of detecting a significant percentage of new attacks.
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paper_title: An overview of wireless intrusion prevention systems

paper_content:

With the fast development of wireless network, the problems on wireless security have become more and more prominence. And technologies of firewall and intrusion detection cannot solve these problems satisfactorily. However, wireless intrusion prevention systems which can prevent attacks for WLAN excellently have become the research hotspot. In this paper, we firstly indicate the developing history of WIPS, and then summarize the related work on WIPS in academic and engineering application area respectively. Based on these work, we propose a common wireless intrusion prevention framework (CWIPF), and describe some key technologies used in this framework. Finally, we propose some research issues should be focused on in the future.
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Title: A Survey on Intrusion Detection System for Wireless Network

Section 1: INTRODUCTION
Description 1: Write about the rapid evolution of wireless networks, their susceptibility to various attacks, the importance of intrusion detection systems (IDS) in securing these networks, and the challenges associated with implementing IDS in wireless environments.

Section 2: Types of Wireless network for Intrusion Detection
Description 2: Introduce the basics of intrusion detection in wireless networks, defining intrusion and attacks, motivation for intrusion detection, and challenges in developing effective intrusion detection schemes.

Section 3: Types of attacks in Wireless network
Description 3: Describe various types of attacks faced by wireless networks, including probing & network discovery, surveillance, DOS (Denial of Services) attacks, impersonation, and man-in-the-middle and rogue AP attacks.

Section 4: Intrusion Detection System
Description 4: Explain what an Intrusion Detection System (IDS) is, how it works, different types of IDS (anomaly detection, misuse detection), and the methods used for intrusion detection.

Section 5: Requirements of IDS in Wireless Network
Description 5: Discuss the key requirements for an effective IDS in a wireless network, including minimal system resource usage, fault-tolerance, ability to resist subversion, and accuracy in detecting intrusions.

Section 6: Wireless Intrusion Prevention System
Description 6: Describe the concept of Wireless Intrusion Prevention System (WIPS), its purpose, and how it extends the capabilities of IDS by not only detecting but also preventing wireless intrusions.

Section 7: RESEARCH SCOPE
Description 7: Provide an overview of the research scope, including the history and development of WIPS, current methodologies, a proposed common framework for wireless intrusion prevention, and future research directions.

Section 8: FUTURE WORK
Description 8: Suggest potential areas for future research based on the current findings, emphasizing the application and comparison of new algorithms in real-time environments.

Section 9: CONCLUSION
Description 9: Summarize the findings of the survey, restating the importance of intrusion detection and prevention in wireless networks, and the methods used to address these issues.