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Most of nets in HTs have several features and our method detects the nets having these features. In this paper, we propose the update timing to online test without sacrificing the security. Then we can find out a score threshold to classify HT-free and HT-inserted netlists.{/INSERTKEYS}{/PARAGRAPH} A Hardware Trojan Detection Method based on Trojan Net Features 28 p. These paths are then dynamically reconfigured within an accuracy constraint with the objective of maximizing its performance. Yanagisawa IEICE Trans. In recent year, however, attacks on not crypto algorithms but hardware implementations such as fault analysis methods have posed new security threats. It takes approximately ten minutes to detect LSLG nets in each benchmark. In this paper, we improve how to ignore short paths and set labels by estimating path lengths. However, in subthreshold region, the operating speed becomes slow, and the tradeoff between power and speed should be considered carefully. In SDSFF, there is a problem which is the update timing of the latch which added to the scan FF. Next, we propose a high-level synthesis algorithm for the architecture, which can assign clock frequencies and supply voltages on the bases of the placement and energy informations. This circumstance introduces risks that malicious attackers implement Hardware Trojans HTs into ICs. They assign voltages and clock frequencies to huddles which are the partitions for interconnection delay estimation during high-level synthesis. Experimental results show that our proposed algorithm realizes an average of 1. By doing this, the total energy consumption could be reduced as the number of instruction memory accesses is reduced. However, scan chains using scan test might carry the risk of being misused for secret information leakage. With an inputted application CFG, the proposed code placement optimization is used to decide both the code allocations and the required scratchpad memory size for energy minimization. Cryptographic circuits are prone to fault analysis that intend to retrieve secret data by means of malicious fault injection. Furthermore, our improved algorithm realizes an average of 1. The structure of the scan chain changes dynamically by selecting a subchain to scan out using enable signals. Our algorithm first identifies the optimized paths by incorporating timing error prediction circuits into a target circuit and running them in practice. In HDR-mcd, an entire chip is divided into several huddles. Partic ularly HTs can be easily inserted during design phase but their detection is too difficult during this phase. on Fundamentals of Electronics Communications and Computer Science EA 12 p. HTs are easily inserted in particular during design phase, but HTs detection is too difficult during this phase. In this paper, we implemented a super-pipelined multiplier for subthreshold supply voltage. The experimental results show that an operational frequency is increased by up to 2. Then, we can ignore only short paths and insert checkpoints into near the center of all long paths. Fundamentals 98 12 p. Secondly, we give scores to extracted Trojan net features and sum up them for each net in benchmarks. This circumstance introduces risks that malicious attackers can implement Hardware Trojans HTs on them. In this paper, we propose a score-based hardware-trojans identifying method at gate-level netlists without using a Golden netlist. Moreover, experimental evaluations on the temperature dependences of delay and energy are also conducted for analysis. In this paper, we propose a new HDR-mcv architecture in which supply voltages are assigned to functional logics and clock synchronization logics separately. We implemented the proposed method to a multiplier and experimental results show that the energy is reduced by 3. Therefore, in this paper, we proposed an AES circuit design that can detect timing faults caused by malicious clock glitches. In our improved random order scans, a scan chain is partitioned into multiple sub-chains. As countermeasures against fault analysis, area-redundant methods such as triple modular redundant TMR and timing-redundant methods have been proposed at the cost of area or throughput. Variable Stages Pipeline VSP technique is one of them, which can reduce glitches by using a special LDS-cell Latch D-FF selector-cell. The proposed memory architecture can copy data from instruction memory to scratchpad meory under the control of on-chip program counter. Experimental results targeting a set of basic adders show that our algorithm can achieve performance increase by up to Suspicious timing error prediction STEP predicts timing errors by monitoring checkpoints by STEP circuits STEPCs and how to insert checkpoints is very important. In our iterative improvement based algorithm, low-frequency clocks are assigned to non-critical huddles under resource and latency constraints for energy efficiency improvement. STEP is based on checking timing errors by observing several checkpoints on signal paths. In this paper, we propose a method for variable stages pipeline designs by applying local pulse generation and clock gating in LE mode for further energy reduction. We also discuss testability and security of our improved random order scans and demonstrate their effectiveness through implementation results. Therefore a secure scan architecture using SDSFF State Dependent Scan Flip-Flop against scan-based attack which achieves high security without compromising the testability is proposed. In this paper, we propose two new Time Borrowing Flip-Flops TBFF in transistor level to realize timing error tolerance by switching from flip-flop to latch dynamically. We have proposed a suspicious timing error prediction method STEP method which predicts timing error and corrects it with simple structure. In this paper, we proposed a latch-based AES encryption circuit, with In addition to fault analysis detection, the proposed method can also prevent the transmission and the use of erroneous results, and then can guarantee the correctness of the final encrypted outputs. It takes approximately thirty minutes to detect Trojan nets in each benchmark. In this paper, we propose a method to reduce the false positives to optimize the checkpoints. We succesfully find out that all HT-inserted gate-level netlists from Trust-HUB benchmarks include a small number of LSLG nets. For the mitigation of the margin, the structure of the circuit with the timing error tolerance is studied flourishingly. {PARAGRAPH}{INSERTKEYS}EA No. We show that by using proposed method, neither the secret key nor the testability of vairous crypto circuits implementation is compromised, and the effectiveness of the proposed method. On the other hand, scan-based attacks are reported which can retrieve the secret key in crypto circuits by using scan chains. This paper proposes an HT detection method based on Trojan net features. However, the voltage and clock assignment may have some energy overheads due to the increased clock trees. However, our algorithm may ignore long paths and insert checkpoints near the output. AES Encryption Circuit against Clock Glitch based Fault Analysis 10 p. Since STEP is a timing error prediction method, we may have false positives and reduction of them is one of the largest problems. on Fundamentals of Electronics Communications and Computer Science Vol. However, as supply voltage reduces into subthreshold region, performance degradation and environment variations become the primary design challenges. In this work, we present DTMOS implementations to realize high speed and low power in subthreshold region. VLD p. In this paper, we propose an improved version of random order scans as a secure scan architecture. on Fundamentals of Electronics Communications and Computer Science ED 3 p. Togawa, and M. This paper proposes an HT detection method through detecting LSLG nets, which have low switching probabilities. Secure scan architecture is strongly required to protect scan chains from scan-based attacks. When we focus on IC design phase, we cannot assume an HT-free netlist or a Golden netlist and it is too difficult to identify whether a given netlist is HT-free or not. Our approach does not assume Golden netlists nor activation of HTs. We can succesfully detect a Trojan net in each of the HT-inserted gate-level netlists from the Trust-HUB benchmark. on Fundamentals of Electronics Communications and Computer Science EA 9 p. Huddles can realize synchronization between different clock domains in which interconnection delay is required and should be considered during high-level synthesis. As existing countermeasures against fault analysis, area-redundant and time-redundant methods have been proposed. Experimental results on various crypto implementations show the effectiveness of the proposed method. Due to the fact that a significant amount of power is consumed in the instruction memory, how to develop energy-efficient memory structure becomes important in reducing the overall power consumption of the system. We evaluate our algorithm by applying it to four benchmark circuits. Clock-adjustment, voltage change, and laser manipulation can be used to inject malicious faults during the execution of a crypto circuit. Particularly, malicious outside vendors may implement Hardware Trojans HTs on ICs. Our proposed method does not directly detect HTs themselves in a gate-level netlist but it detects a net included in HTs, which is called Trojan net, instead. Dependable computing p. This is why we have to assume Golden Netlists and activation of HTs in previous researches. However, glitches that occur during the low clock phase will still be propagated to next stages. Experimental results on Mediabench are included to show the effectiveness of the proposed method, in which on average Scan test has become the most widely adopted test technique to ensure the correctness of manufactured LSIs, in which through the scan chains the internal states of the circuit under test CUT can be controlled and observed externally. Firstly, we observe Trojan nets from several HT-inserted benchmarks and extract several their features. HSPICE simulation results show that the proposed TBFF can achieve up to In this paper, we propose a novel approximation circuit design algorithm, which identifies paths to be optimized based on input data and reconfigures these paths. However they will cause large area overhead or time overhead. Our method is based on the idea of using scratchpad memory with code placement optimization. Furthermore, their error correction is realized by re-run operation which results in low throughput. We have proposed a network-flow-based checkpoint insertion algorithm for STEP. With super-pipeline, the performance and energy efficiency can be improved. In our method, the latches are updated by result which the value of KEY which decided when designed compared with any FFs in a scan chain.