Analytical survey of active intrusion detection techniques in mobile ad hoc networks

IJRET: International Journal of Research in Engineering and Technology eISSN: 2319-1163 | pISSN: 2321-7308
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Volume: 03 Special Issue: 07 | May-2014, Available @ http://www.ijret.org 586
ANALYTICAL SURVEY OF ACTIVE INTRUSION DETECTION
TECHNIQUES IN MOBILE AD HOC NETWORKS
R.M.Chamundeeswari1
, P Sumathi2
1
Assistant Professor, Department Of Computer Application, Asan Memorial College of Arts & Science, Chennai
2
Assistant Professor, PG and Research Department of Computer Science, Govt Arts College, Coimbatore
Abstract
The mobile ad hoc network (MANET) is an infrastructure less system, comprises of mobile devices connected by wireless medium.
MANET data communication undergoes various violation and prohibition issues by its mobile nodes, due to different access and
information flow requirement across the network. In addition intermittent connectivity of wireless network and mobile device failures
cause security lapses in the MANET communication, further leads to intruder’s generating multiple attacks.. Intrusion detection gets
more significant in current MANET security research works.
Furthermore due the open forum of MANET may change the system topology by suspecting attacks like inactive eavesdropping,
dynamic impersonation and denial of services. To avoid all the problems created by an intruder, a successful MANET is implemented
based on its security. The security research in MANET has been paying attention on key managing, routing protocol and intrusion
detection techniques. The rating on intrusion detection and supportive layer in MANET has provided with a resolution to extend it to
the real world applications. The active intrusion detection system aims to revise the various intrusion detections and prevention
systems predicted for Mobile Ad hoc Networks (MANETs) and also compare the latest techniques of Intrusion Detection dependent on
their architecture and data gathering techniques.
Keywords: MANET, Intrusion Detection –AID, HIDS, NIDS, Topology, Attacks
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1. INTRODUCTION
Mobile ad hoc networks (MANETs) consist of collection of
movable nodes, which move freely in the network. The mobile
nodes change their structure and form a random topology
networks as it deprived of a fixed infrastructure. The design of
dynamic routing protocols with high-quality performance and a
smaller amount of overhead is the main demand of mobile ah
hoc networks. The Intrusion detection, which has been
effectively used in wired networks to identify attacks, can offer a
second line of defense. In particular, intrusion detection and
response ability is extremely significant, as many real ad hoc
networks. The system determines to be organized in aggressive
environments in which genuine nodes can be captured and used
by adversaries. There are two methods of to detecting the
intrusion such as
 Misuse based intrusion detection
 Anomaly based intrusion detection.
The misuse detection also called as knowledge-based detection
and anomaly based intrusion detection as behavior-based
detection. Fig 1.represent the intrusion detection structures of
mobile ad hoc network system The Misuse intrusion detection
refers to the detection of intrusions which are accurately crucial
and further on time by watching for the incidence.
Simulation Analysis Notification
Fig 1 Architecture of IDS
If there is a misuse of a component, the majority. The statistical
techniques alone are not adequate to detect all types of
intrusions.
Anomaly detection is the detection of items, actions or
annotations which are based on a predictable pattern or other
items in a dataset.. It stands against anomaly detection technique
which utilizes the reverse technique of misuse intrusion
detection. The anomaly detection takes first step defining usual
system behavior than defining all other behavior as irregular.
The aspiration suitable data dissemination approach is essential
in mobile ad hoc networks (MANET) due to the repeated
topology changes. There are two main methods which affect the
data dissemination.
 Dynamic topology control,
 Resource constraint topology control
Preven
tion
Intrusion
Monitor
Intrusion
detection
Response

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The Supportive communication has been remarkable attention
for mobile ad hoc network networks. The available mechanism
on supportive infrastructure is paying attention on link level
corporeal layer issues. Accordingly, the impacts of the
supportive infrastructure on network level upper layer issues,
such as topology control, map-reading and network capacity are
ignored. Fig 2.Represent the intrusion detection methods in
agent based intruder in MANET Communication
NeighboringIDSAgent Sys.callactivities&
Communicationactivities
Fig2 IDS Agent Model
The author used some topology control related protocol to
develop the topology and manage the scheme to improve the
network capability in MANETs. By uncooperative behavior in
intellect of both upper layer systems capacity and physical layer,
the communications are compensated. The planned topology
organize scheme can considerably improve the network capacity
in MANETs with supportive infrastructure.
This paper is organized as follows: Section II discusses the
classification of intrusion detection of mobile ad hoc network.
Section III shows the analysis of recent techniques in active
intrusion detection based techniques through disseminated and
supportive layer in mobile ad hoc networks. Section IV describes
the literature review in tabulation form by comparing the
complete intrusion detection and topology control and data
dissemination methods. Section V terminates the paper, solution
areas of future research to expand their real world applications.
Section VI discusses the future direction of these systems.
2. CLASSIFICATION IN INTRUSION DETECTION
MANET COMMUNICATION
Most of the surviving protocols, applications and services for
Mobile Ad Hoc Networks (MANETs) are supposed to be in
cooperative and responsive network environment and will not
provide security. Consequently, the intrusion detection systems
(IDSs), serve as the next line of protection for information
systems and are essential for MANETs with elevated security
requirements.
Fig 2 Classification of Intrusion detection system in MANET
The intrusion detection system can be divided into many
methods. The major methods are active and passive intrusion
detection, Network Intrusion detection systems (NIDS) and host
Intrusiondetection systems (HIDS)
An Active Intrusion detection system (AID) is as well described
as Intrusion Detection and Prevention System. This system is
configured to repeatedly block if the attacks devoid of any
interference required by an operator.
The Passive Intrusion detection (PID) is a system to ease the
configuration to only monitor and evaluate network traffic
activity and alert an operator to check for probable
vulnerabilities and attacks. A passive intrusion detection system
doesn’t have any ability of performing defensive or remedial
functions on its own.
The Network Intrusion Detection(NID) Systems frequently
consists of a network sensor with a Network Interface Card
operating in dissolute mode and a divided management interface.
The intrusion detection system is located beside a network sector
or boundary and monitors all traffic on those sectors.
The Host Intrusion Detection (HID) Systems and software
relevance mediator installed on workstations which are to be
monitored. The mediator monitors the operating system and
writes data to log records and activate alarms.
The Topology control is a method used in dispersed computing
to modify the underlying network in regulating to reduce the
cost of distributed algorithms unless there are no fresh resulting
graphs.
The Topology controls are divided into main problems such as
topology structure, in charge of the initial reduction and
topology preservation, in charge of the preservation of the
abridged topology, so the individuality like connectivity and
exposure are preserved. Once the preliminary topology is set up
particularly when the position of the nodes is haphazard, the
proprietor has no control over intend of the system.
Nevertheless, the proprietor has control over a number of
restrictions of the system: transmission control of the nodes,
situation of the nodes (active or sleeping), function of the nodes
(Cluster head, gateway, regular), etc. Leading. The optimal
abridged topology stops being at the initial next of filled activity.
After a few times being active, some nodes determine to run out
Secure
Communication
Cooperative&
Collaborative
detection engine
Global Response
Local Data Collection
Local Detection
Engine
Local Response
AID PID NID HID
IDS

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of energy. Particularly in wireless sensor networks with multi
hoping, it is a fact the nodes that are nearer to the sink expend
higher amounts of power that those beyond away due to packet
forwarding.
3. ANALYSIS OF RECENT TECHNIQUES IN
ACTIVE INTRUSION DETECTION IN MOBILE AD
HOC NETWORKS
3.1 Various Intrusion Detection Methods in MANET
As described in the paper [1], the anomaly – detection scheme is
based on a dynamic learning process that allows the training data
to be updated at particular time intervals. As mentioned the
MANET is an open medium and the network will be vulnerable
to malicious attacks, so it is vital to expand efficient intrusion
detection method to defend MANET from attacks. As
represented and executed a fresh intrusion detection [6] method
Enhanced Adaptive Acknowledgment (EAACK) particularly
intended for MANETs. EAACK recognized as elevated
malicious behavior exposure rates in assured conditions as it
does not really influence the network performances.
A distributed intrusion detection [15] scheme is based on finish
state machine. A cluster dependent detection method is offered,
where occasionally a node is elected as the monitor node for a
cluster.
The different attacks alongside mobile nodes are flooding, black
hole, warm hole, packet reducing and Byzantine attack etc.
which is important to search new architecture and mechanisms
to protect the wireless networks. There are many intrusion
detection methods which have been used and are strongly related
to routing protocols, such as Watchdog and Pathrater and
Routeguard. The watchdog is called intrusion detection and
Routeguards/pathraters are called as response. [7] Watchdog
inhabits in every node and is based on overhearing.
Nevertheless, if the node that is eavesdropping and reporting
itself is malicious, then it can cause serious impact on system
performance.
Intrusion detection is used as a successive line of protection in
Mobile Ad-hoc Networks. To carry out the protection they
evaluate five supervised [12] categorization algorithms for
intrusion exposures method. As they measure their performance
on a dataset, which consist of different traffic conditions and
mobility model for multiple attacks.
The selective black hole is a node that can electively and
alternately execute a black hole attack or perform as a normal
node. As they demonstrated, numerous [13] IDS nodes are
deployed in MANETs in order to sense and avoid discriminating
black hole attacks. Sink mobility has captivated much research
interest in Wireless Sensor Networks (WSNs), because as
demonstrated in moving approach for the mobile sink [3],
which avoid tracking or sensing on it by adversaries during its
data collection stage around the sensor field. There are lots of
applications in Mobile Ad Hoc Networks in which mobile users
distribute information. Nevertheless, each of these standard
works guessed a particular mobility model and did not
completely examine the authority of the mobility on the
proposed system. The main aim is to quantify the influences of
mobility on data availability [4] and expansions are not done in
concrete protocol.
An intrusion detection and [5] adaptive reply mechanism for
MANETs that senses a variety of attacks and offers an efficient
reply with low network degradation. They considered the
deficiencies of a fixed response to an intrusion and overcome the
deficiencies with a flexible response scheme that depends on the
measured confidence in the attack.
Insider attacks are one of the active attacks occurred in Ad-hoc
network. An intrusion detection system will be developed for
detection and isolation of attacks [20] and mac layer applications
will be used for detecting malicious activities and will focus on
the finding of attack sequences in the network. The Cognitive
radio network to rapidly sense whether they are being attacked, a
simple yet effective IDS is then presented. [8] The demonstrated
non-parametric cumulative sum (cusum) as the change point
detection algorithm to find out the irregular behavior due to
attacks. The leader election is to balance the resource
consumption among all nodes and extend the lifetime of a
MANET and nodes with more remaining resources should be
elected as the leaders. However, there are two main complication
in attained this goal. Primary, devoid of motivation for serving
others, a node might perform inconsiderately by lying about its
remaining resources [9] and avoid being elected. The Alert
aggregation is a significant associate task of intrusion detection.
The goal is to identify and to cluster dissimilar alerts formed by
small level intrusion detection systems, firewalls. As
demonstrated new technique [10] for online alert aggregation
which is dependent on a dynamic, probabilistic model of the
current attack situation.
As represented in the social system analysis metrics that may be
used to hold a new and practical [2] forwarding solution to
provide competent message delivery in detached delay tolerant
MANETs.
3.2 Multimodal Detection Techniques in MANET
The Multimodal is position to work with Intrusion Detection
Systems (IDS) to assuage the shortcomings of unimodal [14]
systems. The scheme chooses whether user verification is
necessary based on the security posture. The decisions are made
in a fully distributed manner by each verification device and
IDS.
This technology is used to ease the inadequacy of uni modal
systems. Since each device in the network has measurement [16]

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and estimation limitations, more than one device needs to be
elected and observation can be fused to increase observation
accuracy by using Dempster–Shafer theory for data fusion.
All devices have dimensions and estimation limitation, many
devices to be chosen and with the help of Dempster-Shafter
theory for data fusion surveillance accuracy gets increased[17].
Based on the safety posture, system terminates which biosensor
(IDS) to pick and whether user authentication is essential.
The Continuous user-to-device authentication is a demanding
task in high security mobile AdHoc networks (MANETs). They
are distributed combined authentication and intrusion discovery
with data fusion [18] in such MANETs. To obtain the optimal
scheme of combining continuous user authentication and IDSs in
a distributed manner, they formulate the problem as a partially
observable [21] Markov decision process (POMDP) multi-armed
bandit problem. They present structural results method to solve
the problem for a large network with a variety of nodes.
The consistency scheme is server-based in which control
mechanisms are implemented to adapt the process of caching a
data item and updating it by the server to its popularity and its
data update rate at the server [22]. Distributed cache invalidation
mechanism is a pull-based algorithm [23] that implements
adaptive time to live (TTL), piggybacking, and prefetching, and
provides near strong consistency capabilities.
The stochastic sequential decision framework [35] to analyze the
problem under a Markovian mobility model, the location update
decision problem is modeled as a Markov Decision Process
(MDP). Then, given a separable cost structure, they show that
the location update decisions of NU and LSU can be
independently carried out without loss of optimality, i.e., a
separation property.
The attacks which compromise the sensor nodes are dangerous
because they allow the attacker to leverage the [36] compromise
of a few nodes to exert control over much of the network.
GenProg uses an extended form of genetic programming to
evolve a program variant that retains required functionality but is
not susceptible to a given defect, using existing test suites to
encode both the defect and required [37] functionality.
The game theoretical analysis derives the expected behaviors of
rational attackers [38], the minimum monitor resource
requirement, and the optimal strategy of the defenders. The
guidelines for IDS design and deployment are provided.
3.3 Topology Control Protocols for MANET
The topology control has received much concentration in
motionless sensor networks by efficiently reducing energy
consumption, reducing interference, and limitation end-to-end
delay, the transience of mobile nodes in Mobile Ad hoc
Networks. The K edge connected topology control algorithms
[27] are mainly used for the dynamic key methods. The
multiuser successive interference cancellation (MUSIC) is a
framework that greedly forms and stimulates sub [28] topologies
in a way that favor successful SIC decoding with a high
probability. The cooperative communications are [29] focused
on link-level physical layer issues. The Capacity-Optimized
Cooperative (COCO) topology control scheme is to improve the
network capacity in MANETs by jointly considering both upper
layer network capacity and physical layer cooperative
communications.
The Network Connectivity based Topology Control (NCTC) to
make [30] the correct the balance between interference and
energy in order to improve the network lifetime of networks. The
weighted and learning automata [31] dependent algorithm used
to exaggerate energy preservation in a mobile ad hoc network.
The Energy Efficient Topology Control [32] Approach is
developed to attain both network connectivity and energy
consumption. While considering the spam attack in MANET
with cooperative [33] communication results low throughput in
network. So the proposed Secure Adaptive Distributed Topology
Control Algorithm aims at topology control and performs secure
self-organization in four phases i.e., Antinode Detection, Cluster
Formation, Key Distribution and Key Renewal, to protect
against malicious node attacks.
Security systems have important impacts on throughput. The
topology control methods [34] are used to get better throughput
by together manipulating upper layer security system and
physical layer system. It’s interrelated to channel circumstances
and relay assortment for cooperative communications.
Routing problems have become highly challenging because of
the popularity of mobile devices. A transient multicast tree is
established on demand and derived based on the autonomous
decisions of intermediate nodes. They proved that the derived
tree is loop-free and theoretically optimal in the maximization of
minimum residual energy [24].
The general framework for designing topology inference
algorithms [26] based on additive metrics is used. The
framework can flexibly fuse information from multiple
measurements to achieve better estimation accuracy. The
broadcasting algorithm suitable for a wide range of vehicular
scenarios, which only employs local information acquired via
periodic beacon messages, containing acknowledgments of the
[25] circulated broadcast messages.
As represented the redundancy management of heterogeneous
wireless sensor networks use multipath routing to respond user
queries in the presence of undependable and malicious nodes.
They devise the exchange as an optimization [11] problem for
dynamically determining the best redundancy stage to relate to
multipath routing for intrusion tolerance so that the query

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reaction success probability is maximized while prolonging the
functional lifetime.
4. ANALYSIS OF PEFORMANCE PARAMETERS
ON WSN INTRUSION DETECTION METHODS
The existing Enhanced Adaptive Acknowledgment for the utility
of such exposure schemes is all most based on the
acknowledgment packets. These methods accept a digital
signature named Enhanced AACK (EAACK).The possibilities of
implementing hybrid cryptography system to additionally reduce
the network overhead caused by digital signature as well as the
possibilities of implementing a key swap mechanism to eradicate
the condition of pre distributed keys.
The Anti-Black whole Mechanism utility, which is mainly used
to estimate an apprehensive value of a node according to the
abnormal dissimilarity between the routing messages transmitted
from the node. This method does not hold any key distribution
and authentication methods.
The Smart server update is server-based in which control
mechanisms are implemented to adapt the process of caching a
data item and updating it by the server to its popularity and its
data update rate at the server. The main drawback is it does not
contain grasping effects of cache placement strategies and cache
replication on performance.
The distributed cache invalidation mechanism is a pull-based
algorithm that implements adaptive time to live (TTL),
piggybacking, and prefetching, and provides near strong
consistency capabilities. The main disadvantages of the system
is when TTL algorithms are more complicated to reinstate the
consecutively average function and does not execute the entire
replica allocation.
The multiuser successive interference cancellation (MUSIC) is a
framework that greedly forms and stimulates sub [28] topologies
in a way that favor successful SIC decoding with a high
probability
The cluster dependent and detection scheme is used when
periodically a node is designated as the observe node for a
cluster. This observing nodes can not only make limited
intrusion detection resolution, but does not cooperatively take
part in global intrusion detection.
An Alert aggregation is dependent on a vigorous, probabilistic
illustration of the contemporary attack circumstances. Alert
aggregation is a significant sub assignment of intrusion
detection. The objective is to discover and to cluster dissimilar
alerts formed by low level interruption detection systems. The
main drawback of the system does not deliberate techniques for
interestingness dependent communication approach for
dispersed IDS.
Fig : parametrics on intrusion deteion methods of WSN Y-refers to the usage of corresponding parameter in its method
Parameters
Packetdeliveryratio
EndtoEnddelay
Energyefficiency
Computationalcost
Routingoverhead
Packetdeliverydelay
Throughput
FalsePositiverate
Hitratio
ExecutionTime
PercentageofIDS
PacketLossrate
Truepositiverate
Anomaly Detection Scheme Y  Y Y
Disconnected Delay-Tolerant Y Y
Anti-DetectionTechnique Y Y Y
Influences Of Mobility On Data Availability Y Y Y
Attack Prevention Y Y
(POMDP) Y Y
Smart Server Update Mechanism Y Y
Distributed Cache Invalidation Method Y Y
Maximum-Residual Multicast Protocol Y Y
Cooperative Communications Y
Stochastic Sequential Decision Y Y Y
Predetermined Sensor Locality Y Y Y Y

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5. CONCULSIONS
As the use of MANET has enlarged the security in MANETs, it
has also developed into more significant. Chronological event
explores that prevention only means cryptography and
authentication, but they are not as much as necessary. Hence the
IDS is fetching into the consideration.
The discussion about the existing techniques dynamic anomaly
detection usually used to authenticate the exceptionality and the
topology of the network thus avoid any malicious crowd from
combination the network. After scrutinizing the architectures of
IDS for MANETs they came to conclusion that IDS structural
design that entail cross layer design using independent mobile
representative dependent on architecture. In which the dispersed
and supportive competently detect the irregularity and
additionally it is appropriate for mobile ad hoc networks.
SCOPE OF FUTURE ENHANCEMENT
To accomplish the dynamic anomaly detection is to unconstraint
the feature, and also some other nearest neighboring techniques.
It preserves the dependent mechanism, where it introduced to
examine the intrusions efficiently. The preserve dependent
mechanism factor recognizes the similarity to usual classes and
detects abnormal attacks. Nearest neighbor and preserve
dependent mechanism frequently uses machine learning and ad-
hoc network intrusion detection.
To overcome these scheduling decisions, focus is made on
developing dispersed development resolution combine
authentication and intrusion exposure for efficient scheduling of
information in MANET. In the dispersed development
resolution, the most appropriate biosensors are animatedly
elected dependent on the recent security posture and energy
states. The biometric scheme controls in verification mode that
single match method to covenant with an efficient scheduling.
All biometric scheme give way of binary option and each of the
devices are used at each time slot with multiple sources.
To realize this, Joint authentication and topology control using
layer dependent exposure method is developed in MANET.
Layer dependent exposure method deals with the faultless of the
channel information and to accomplish exactness. The Layer
based exposure intrusion detection method combine the
suppleness of anomaly detection with the accuracy. In demand is
to enlarge the machine learning technique in order to attain
competent and efficient intrusion detection.
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