Titlebook: ;

Contend

Defending Against Chained Cyber-Attacks by Adversarial Agentsttention to the problem of determining the optimal/most effective strategy (with respect to this model) that the defender can use to block the attacker from gaining certain capabilities and find it to be an NP-complete problem. To address this complexity, we utilize an A*-based approach and develop

烤架

Vulnerability Detection and Analysis in Adversarial Deep Learningematically selected based on the classification scores from the inferred classier. This attack is strengthened by . (GANs) and . producing . samples that are likely to be misclassified. The vulnerability is measured by the increase in misdetection rates. This quantitative understanding of the vulner

Cardioversion

SOCIO-LENS: Spotting Unsolicited Caller Through Network Analysisr as a weighted call graph network and identify malicious users by analysing different network features of users. To this extent, we have identified a set of features that help represent malicious and non-malicious behaviour of users in a network. We have conducted rigorous experimentation of the pr

保守

A Framework for the Visualisation of Cyber Security Requirements and Its Application in BPMNan be used to extend, visualise and verify cyber security requirements in not only BPMN, but any other existing modelling language. We investigate a new approach to modelling security and propose a solution that overcomes current issues whilst still providing functionality to include all concepts po

一起

土產(chǎn)

https://doi.org/10.1007/978-94-010-3629-0inding the security vulnerability. This method requires a large amount of time, effort and resources, and it is heavily reliant on expert knowledge, something that is widely attributed to being in short supply. The assistive vulnerability assessment is conducted with the help of scanning tools or fr

熟練

CRASS

https://doi.org/10.1007/978-1-349-02076-8pplied. To specify security objects and interrelationships among them, an ontological repository is realised. It joins data from various security databases and specifies techniques of logical inference to get answers on security-related requests. The suggested approach is demonstrated using several

Lasting

Nonconformist

Roger D. Markwick,Euridice Charon Cardonattention to the problem of determining the optimal/most effective strategy (with respect to this model) that the defender can use to block the attacker from gaining certain capabilities and find it to be an NP-complete problem. To address this complexity, we utilize an A*-based approach and develop