Introduction to Logic Locking
Sentence Examples
Discover more insights into Logic Locking
Keywords frequently search together with Logic Locking
Narrow sentence examples with built-in keyword filters
Logic Locking sentence examples within Art Logic Locking
In this work we propose "AAFLE" (Automated Application for FPGA Logic Encryption), an automated application for IP developers to protect their design with an automated flow to lock the design using state of the art logic locking schemes.
Full Text
This paper proposes Functional Analysis attacks on state of the art Logic Locking algorithms (Fall attacks).
Full Text
Logic Locking sentence examples within Cone Logic Locking
Current out-of-cone logic locking methodologies provide resilience against the satisfiability (SAT) attack with minimal corruption of the outputs when comparing an activated and locked integrated circuit (IC).
Full Text
A method to increase the resiliency of in-cone logic locking against the SAT attack is described in this paper.
Full Text
Logic Locking sentence examples within Sequential Logic Locking
Partitioned finite state machine (FSM) based sequential logic locking techniques are much more resilient to oracle guided attacks due to the differences in the state space between the oracle and the IC under attack.
Full Text
To mitigate these threats, various design-for-trust techniques have been developed, including sequential logic locking.
Full Text
Learn more from Logic Locking
Logic Locking sentence examples within Existing Logic Locking
Many of the existing logic locking and obfuscation techniques have shown to be vulnerable to attack once the attacker has access to the design netlist either through reverse engineering or through an untrusted fabrication facility.
Full Text
Many of the existing logic locking and obfuscation techniques have shown to be vulnerable to attack once the attacker has access to the design netlist either through reverse engineering or through an untrusted fabrication facility.
Full Text
Logic Locking sentence examples within logic locking technique
Logic locking techniques have been widely investigated to thwart intellectual property (IP) piracy and reverse engineering attacks on integrated circuits.
Full Text
Partitioned finite state machine (FSM) based sequential logic locking techniques are much more resilient to oracle guided attacks due to the differences in the state space between the oracle and the IC under attack.
Full Text
Logic Locking sentence examples within logic locking scheme
In this work we propose "AAFLE" (Automated Application for FPGA Logic Encryption), an automated application for IP developers to protect their design with an automated flow to lock the design using state of the art logic locking schemes.
Full Text
To tackle Trojan insertion, IP piracy and overproduction, logic locking schemes and in particular stripped functionality logic locking is discussed and its resiliency against the state-of-the-art attacks is investigated.
Full Text
Logic Locking sentence examples within logic locking method
Logic Locking sentence examples within logic locking approach
In order to enhance the security of logic obfuscation schemes, delay locking has been proposed in combination with traditional functional logic locking approaches.
Full Text
In this paper, we survey logic locking approaches and discuss locking quality in hiding expected behavior and in resisting to attacks.
Full Text
It is observed that the proposed technique incurs small overheads in area, power, and delay that are comparable to the hardware complexity of prominent logic locking methods.
Full Text
Logic Locking is a relatively new obfuscation technique that is at the forefront of preventing IP theft, piracy, overproduction, and counterfeiting of chips made in contracted foundries.
Full Text
Logic locking has been studied as a promising technique to provide robust protection against these attacks.
Full Text
Logic locking is a new technique to prevent an integrated circuit from hardware Trojan, piracy, overbuilding, etc.
Full Text
Logic locking has emerged as a promising defense strategy against these threats.
Full Text
Logic locking has received significant traction as a one-stop solution to thwart attacks at an untrusted foundry, test facility, and end-user.
Full Text
Logic locking techniques have been widely investigated to thwart intellectual property (IP) piracy and reverse engineering attacks on integrated circuits.
Full Text
Logic locking is necessary for protecting intellectual property.
Full Text
Logic locking is a hardware security technique aimed at protecting intellectual property against security threats in the IC supply chain, especially those posed by untrusted fabrication facilities.
Full Text
Logic locking aims to protect the intellectual property (IP) of integrated circuit (IC) designs throughout the globalized supply chain.
Full Text
Logic locking is a holistic design-for-trust technique that aims to protect the design intellectual property (IP) from untrustworthy entities throughout the supply chain.
Full Text
In this work we propose "AAFLE" (Automated Application for FPGA Logic Encryption), an automated application for IP developers to protect their design with an automated flow to lock the design using state of the art logic locking schemes.
Full Text
Logic locking has been widely evaluated as a proactive countermeasure against the hardware security threats within the IC supply chain.
Full Text
To combat these issues, pre-silicon hardware obfuscation or logic locking has emerged as a promising solution and has been an active research topic over the past decade.
Full Text
Logic locking has demonstrated its potential to protect the intellectual property of integrated circuits (ICs).
Full Text
Current out-of-cone logic locking methodologies provide resilience against the satisfiability (SAT) attack with minimal corruption of the outputs when comparing an activated and locked integrated circuit (IC).
Full Text
Consequently, logic locking emerged as one of the prominent design for trust techniques.
Full Text
A sizable body of work has identified the importance of architecture and application level security when using logic locking, a family of module level supply chain security techniques, to secure processor ICs.
Full Text
Logic locking is used to protect integrated circuits (ICs) from piracy and counterfeiting.
Full Text
To enable trust in the IC supply chain, logic locking as an IP protection technique received significant attention in recent years.
Full Text
One of the main approach to address this has been through logic locking.
Full Text
Partitioned finite state machine (FSM) based sequential logic locking techniques are much more resilient to oracle guided attacks due to the differences in the state space between the oracle and the IC under attack.
Full Text
In order to enhance the security of logic obfuscation schemes, delay locking has been proposed in combination with traditional functional logic locking approaches.
Full Text
Many of the existing logic locking and obfuscation techniques have shown to be vulnerable to attack once the attacker has access to the design netlist either through reverse engineering or through an untrusted fabrication facility.
Full Text
Obfuscation or Logic locking (LL) is a technique for protecting hardware intellectual property (IP) blocks against diverse threats, including IP theft, reverse engineering, and malicious modifications.
Full Text
Logic locking is a prominent solution to protect against design intellectual property theft.
Full Text
Logic locking has emerged as a prominent keydriven technique to protect the integrity of integrated circuits.
Full Text
Logic locking has emerged as a promising defense strategy against the afore-mentioned threats.
Full Text
Logic locking is widely used in modern CMOS circuits to enhance security by masking the functionality of the circuit using a secret key.
Full Text
This paper administers Defense in Depth approach at system level on AES cryptographic core using an effective logic locking technique.
Full Text
Logic locking is a prominent technique to protect the integrity of hardware designs throughout the integrated circuit design and fabrication flow.
Full Text
Logic locking is a circuit obfuscation technique that inserts additional key gates to the original circuit in order to prevent potential threats such as circuit overproduction, piracy, and counterfeiting.
Full Text
A promising countermeasure is logic locking that adds programmable elements to a design, obfuscating the true functionality during manufacturing.
Full Text
While logic locking is a promising defense to protect hardware designs, many attacks have been shown to undermine its security by retrieving the secret key.
Full Text
To protect against an untrusted foundry, logic locking must 1) inject sufficient error to ensure critical application failures for any wrong key (error severity) and 2) resist any attack against it (attack resilient).
Full Text
A promising solution to protect a hardware IP against such attacks is to perform logic locking, where additional logic controlled by a secret key is inserted in strategic locations of an IP to lock the functionality when the correct key is not available.
Full Text
A physically unclonable and reconfigurable computing system is introduced which provides both logic locking and authentication of devices.
Full Text
Logic locking has emerged as a Design-for-Trust countermeasure to address these issues.
Full Text
Many of the existing logic locking and obfuscation techniques have shown to be vulnerable to attack once the attacker has access to the design netlist either through reverse engineering or through an untrusted fabrication facility.
Full Text
Logic locking is a well-explored defense mechanism against various types of hardware security attacks.
Full Text
Logic locking has emerged as a promising solution to protect integrated circuits against piracy and tampering.
Full Text
This work presents IP protection measures from multiple perspectives-from system-level down to device-level security measures, from discussing various attack methods such as reverse engineering and hardware Trojan insertions to proposing new-age protection measures such as multi-valued logic locking and secure information flow tracking.
Full Text
We introduce a systematic framework for logic locking of integrated circuits based on the analysis of the sources of information leakage from both the circuit and the locking scheme and their formalization into a notion of risk that can guide the design against existing and possible future attacks.
Full Text
, logic locking) are widely applied to secure legacy IP from such attacks.
Full Text
Among the ensemble of solutions proposed to address hardware-related trust issues, logic locking has gained significant interest from the research community.
Full Text
This paper proposes Functional Analysis attacks on state of the art Logic Locking algorithms (Fall attacks).
Full Text
Logic locking is a technique that is proposed to protect outsourced IC designs from piracy and counterfeiting by untrusted foundries.
Full Text
Logic locking is a technique that has received significant attention.
Full Text
To tackle Trojan insertion, IP piracy and overproduction, logic locking schemes and in particular stripped functionality logic locking is discussed and its resiliency against the state-of-the-art attacks is investigated.
Full Text
Logic locking is one method to enable trust in this complex IC design and manufacturing processes, where a design is obfuscated by inserting a lock to modify the underlying functionality so that an adversary cannot make a chip to function properly.
Full Text
One potential solution to protect IPs against these attacks is to perform a key-based logic locking process that disables the functionality and corrupts the output of the IP when the incorrect key value is applied.
Full Text
Logic locking is a solution that mitigates hardware security threats, such as Trojan insertion, piracy and counterfeiting.
Full Text
Concerning this approach, we propose a new logic locking method and algorithm.
Full Text
The viability of logic locking techniques in precluding IP piracy has been tested by researchers who have identified extensive weaknesses when access to a functional IC is guaranteed.
Full Text
Logic locking, and Integrated Circuit (IC) Camouflaging, are techniques that try to hide the design of an IC from a malicious foundry or end-user by introducing ambiguity into the netlist of the circuit.
Full Text
Logic locking manages different logic gates insertion as key-gates along with the key-inputs after location calculation for IP protection.
Full Text