Minimizing energy consumption of secure wireless session with QoS constraints

Karri, Ramesh; Mishra, Piyush

doi:10.1109/icc.2002.997209

Cited by 22 publications

(13 citation statements)

References 12 publications

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“…Finally, two recent works [36,37] on battery consumption of mobile devices with comparable testbeds and using the SSL protocol, show that energy utilization can be adequately controlled.…”

Section: Remarks On the Measurements Resultsmentioning

confidence: 98%

Performance Evaluation of Public Key-Based Authentication in Future Mobile Communication Systems

Kambourakis

Rouskas

Gritzalis

2004

J Wireless Com Network

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While mobile hosts are evolving into full-IP enabled devices, there is a greater demand to provide a more flexible, reconfigurable, and scalable security mechanism in mobile communication systems beyond 3G (B3G). Work has already begun on such an “all-IP” end-to-end solution, commonly referred to as 4G systems. Fully fledged integration between heterogeneous networks, such as 2.5G, UMTS, WLAN, Bluetooth, and the Internet, demands fully compatible, time-tested, and reliable mechanisms to depend on. SSL protocol has proved its effectiveness in the wired Internet and it will probably be the most promising candidate for future wireless environments. In this paper, we discuss existing problems related to authentication and key agreement (AKA) procedures, such as compromised authentication vectors attacks, as they appear in current 2/2.5G/3G mobile communication systems, and propose how SSL, combined with public key infrastructure (PKI) elements, can be used to overcome these vulnerabilities. In this B3G environment, we perceive authentication as a service, which has to be performed at the higher protocol layers irrespective of the underlying network technology. Furthermore, we analyze the effectiveness of such a solution, based on measurements of a “prototype” implementation. Performance measurements indicate that SSL-based authentication can be possible in terms of service time in future wireless systems, while it can simultaneously provide both the necessary flexibility to network operators and a high level of confidence to end users.

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“…Finally, two recent works [36,37] on battery consumption of mobile devices with comparable testbeds and using the SSL protocol, show that energy utilization can be adequately controlled.…”

Section: Remarks On the Measurements Resultsmentioning

confidence: 98%

Performance Evaluation of Public Key-Based Authentication in Future Mobile Communication Systems

Kambourakis

Rouskas

Gritzalis

2004

J Wireless Com Network

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“…According to a survey for handheld Symbol PPT2800 Pocket PC [17], for a secure wireless session where 64 kB of data is transmitted, which involves 3DES for bulk data encryption and SHA for message authentication, nearly 21% and 44% of the overall energy is consumed for security processing and data transmission respectively. The results for different size of data and algorithms will be different (higher for large data sizes and asymmetric algorithms).…”

Section: International Journal Of Computermentioning

confidence: 99%

Energy-Efficient Mutual Authentication Protocol for Handhled Devices Based on Public Key Cryptography

Khan¹,

Ullah²,

Hussain³

2013

IJCTE

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Abstract-Mobility is one of the major features of wireless communication systems and handheld devices form a major part of these systems. The recent growth in the functionality and features of the handheld devices has increased their use and importance in different applications around the world. Unfortunately, the security threats and their intensities are also increasing with the passage of time. The limited resources like battery, memory, and computational power of these devices is a bottle neck in the security of such devices. Meanwhile, the focus of recent research is to propose better security solutions with limited resource usage. Authentication of handheld devices and servers with each other is one such security issue has not yet been solved satisfactorily. Many authentication protocols based on symmetric or asymmetric cryptography has been proposed. The former one is more feasible in terms of energy and speed but not as secure and reliable as the last one. The last one is more reliable but on the other hand it consumes more energy. In this paper, we propose enhancements to the existing asymmetric authentication protocol based on FIPS 196 standards. With these enhancements, the energy consumption in handheld devices is reduced during authentication process while the reliability and security level, inherent in the asymmetric cryptographic algorithms, remains the same.

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“…The energy consumption characteristics of security processing on battery-powered wireless handhelds have also been studied recently [39,40]. When a device such as Symbol PPT2800 PocketPC is securely transmitting data, data from [39]) shows that a considerable part (nearly 21%) of the overall energy consumption is spent on security processing.…”

Section: Security-aware Processing Architecturesmentioning

confidence: 99%

“…When a device such as Symbol PPT2800 PocketPC is securely transmitting data, data from [39]) shows that a considerable part (nearly 21%) of the overall energy consumption is spent on security processing. …”

Section: Security-aware Processing Architecturesmentioning

confidence: 99%

Security as a new dimension in embedded system design

Kocher¹,

Lee

McGraw

et al. 2004

Proceedings of the 41st Annual Design Automation Conference

202

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The growing number of instances of breaches in information security in the last few years has created a compelling case for efforts towards secure electronic systems. Embedded systems, which will be ubiquitously used to capture, store, manipulate, and access data of a sensitive nature, pose several unique and interesting security challenges. Security has been the subject of intensive research in the areas of cryptography, computing, and networking. However, despite these efforts, security is often mis-construed by designers as the hardware or software implementation of specific cryptographic algorithms and security protocols. In reality, it is an entirely new metric that designers should consider throughout the design process, along with other metrics such as cost, performance, and power.This paper is intended to introduce embedded system designers and design tool developers to the challenges involved in designing secure embedded systems. We attempt to provide a unified and holistic view of embedded system security by first analyzing the typical functional security requirements for embedded systems from an end-user perspective. We then identify the implied challenges for embedded system architects, as well as hardware and software designers (e.g., tamper-resistant embedded system design, processing requirements for security, impact of security on battery life for battery-powered systems, etc.). We also survey solution techniques to address these challenges, drawing from both current practice and emerging research, and identify open research problems that will require innovations in embedded system architecture and design methodologies.

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Minimizing energy consumption of secure wireless session with QoS constraints

Cited by 22 publications

References 12 publications

Performance Evaluation of Public Key-Based Authentication in Future Mobile Communication Systems

Performance Evaluation of Public Key-Based Authentication in Future Mobile Communication Systems

Energy-Efficient Mutual Authentication Protocol for Handhled Devices Based on Public Key Cryptography

Security as a new dimension in embedded system design

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