A. Shabtai's research while affiliated with Ben-Gurion University of the Negev and other places

... At present, social networks play an important role in the daily lives of many people. In this regard, these online networks have changed the way individuals perceive the world, as people now have the convenience of communicating information directly without boundaries [1]. ...

... Mining Layer performs the task of information extraction from the cloud database. Various data sets are stored in the form of temporal instances, therefore in the current scenario, information mining is performed by Temporal Mining Technique [31,36,39]. Moreover, since events persist temporal diversity i.e. there are some events that requires continuous sensation (heart rate, and temperature) while other require instantaneous sensing (meal, and cleanliness), data abstraction using temporal mining will result in useful information from wider perspectives. ...

... Among PDF-related attacks, constructing document vulnerabilities by exploiting defects of Adobe software is extremely harmful [2][3][4][5]. Through exploiting the vulnerabilities of document readers or parsers, such attacks can cause various types of harm, including downloading malicious programs remotely, implementing backdoor implantation, and executing malicious code directly. ...

... The rationale was that malware might use more energy, due to the nature of work it accomplishes. Secondly, Shabtai et al. (2014) focused on network operations to detect maliciousness. They utilize deviations from an app's "normal" network behavior, as a sign of anomaly that can reveal malware. ...

... Considering the conditions, Android malware strives on, briefed in their study about the rapid increase in loopholes that come along with legitimate apps. They concluded that 80% of the Android executables consisted of manifest files with malicious codes [4]. Apparently, the new methods were researched upon for better representation of detection techniques. ...

... Numerous pricing schemes have been presented, which have used different approaches as Figure 2 depicts. Such schemes can be classified into: Auction Pricing Schemes [19], [20], [21], [22], [23], [24], [25], [26], or Priority Pricing Schemes [27], [28], [29], [30], as well as, Game Theoretic Pricing Schemes [31], [32], [33], [34], [35], [36], Assignment Pricing Schemes [37], [38], or use Rate Adaptation Pricing Schemes [39], Broadcasting Pricing Schemes [40], [41], or Probabilistic Pricing Schemes [42], [43], and Service Electronic Payment Pricing Schemes [44], [45] in order to support the need of interconnection. A dynamic mechanism is used also with a Programmable Pricing Schemes, aiming to allocate the network resources in case of congestion [46]. ...