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SummaryTypically developing adults and children can rapidly reach consensus regarding the trustworthiness of unfamiliar faces. Maltreated children can have problems with trusting others, yet those with the disinhibited form of Reactive Attachment Disorder (dRAD) can be indiscriminately friendly. Whether children with dRAD symptoms appraise and conform to typical judgements about trustworthiness of faces is still unknown. We recorded eye movements of 10 maltreated dRAD children and 10 age and gender matched typically developing control children while they made social judgements from faces. Children were presented with a series of pairs of faces previously judged by adults to have high or low attractiveness or trustworthiness ratings. Typically developing children reached a consensus regarding which faces were the most trustworthy and attractive. There was less agreement among the children with dRAD symptoms. Judgments from the typically developing children showed a strong correlation between the attractiveness and trustworthiness tasks.This was not the case for the dRAD group, who showed less agreement and no significant correlation between trustworthiness and attractiveness judgments. Finally, both groups of children sampled the eye region to perform social judgments. Our data offer a unique insight in children with dRAD symptoms, providing novel and important knowledge for their rehabilitation.

Software testing is one of the most important steps before its official roll–out to the market. Testing of embedded software is a very complex, tedious, and time–consuming process. Manual execution of the test cases can pose a huge challenge to the test engineers in terms of the time consumed to execute and compile the results of hundreds of test cases. This paper presents a solution to automate the entire process of build and install of Board Support Package (BSP) using Jenkins, along with the automation of the testing process using Linaro Automation and Validation Architecture (LAVA). The proposed design is validated in a BSP testing environment to show the ease of testing using the framework mentioned in this paper.

No abstract

<p>In this paper, a new workflow of memory model front-end verification is explained with parallel execution of steps needed in between. This new flow involves the usage of multiprocess that are run parallely instead of sequential running which reduces the enormous amount of time required for the verification. Apart from this, the paper explains about the steps taken to enhance the modularity in order to enhance the readability of the script and utilizing it to get maximum output and efficiency. It is observed that the new design reduces the CPU time by 76% which is quite a lot for the verification point of view. Further, comparative study is performed for coverage report of unused test cases of the memory model thereby handling the negative test cases and it is concluded that all the positive and negative test cases are handled successfully in this new design workflow. Apart from this, variations in different versions is also tabulated with tradeoffs.</p>