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Semiconductors use on-chip components, referred to as instruments, for test, debugging, firmware programming, configuration and other important functions. The instruments are needed to ensure proper device operation, however, they may be exploited by an adversary in an attack. With many different actors involved in semiconductor development and manufacturing, it becomes important to restrict acces
This study investigates the incentives and barriers influencing AI ethics adoption in unregulated environments, drawing on semi‐structured interviews with AI professionals in Bangladesh. Our findings reveal that external pressures, such as international client requirements, drive companies to implement ethical measures, yielding both economic benefits and enhanced reputation. Conversely, tight dea
Försörjningsberedskap är återigen centralt för Sverige och man inser att samhällsviktiga försörjningskedjor består av såväl olika slags myndigheter som privata, ofta globala, företag. För att höja beredskap, behövs ett mer gemensamt arbete med risker och kontinuitetshantering i försörjningskedjor. Det finnas dock stora samverkansutmaningar i detta privat-offentliga gränssnitt. Artikeln beskriver e
In this paper we propose a technique to enhance the performance of a Proportional-Integral-Derivative (PID)-based control structure for Depth-of-Hypnosis control in total intravenous anesthesia when set-point changes are required during the maintenance phase. In particular, the PID controller, tuned for disturbance rejection, is integrated with a feedforward action based on Model Predictive Contro
Researcher Contact details Email: ming [dot] gao [at] hist [dot] lu [dot] seOrganisation History Visiting address: Helgonavägen 3, Lund Service point: 30 WebpageMing Gaos profile in Lund University research portalOther affiliations Profile area member LU Profile Area: Human rights Publications Displaying of publications. Sorted by year, then title. Filter by type AllArticleBook chapterDebate/Note/
https://www.humanrights.lu.se/ming-gao - 2026-10-01
Coherent extreme ultraviolet (XUV) radiation can be generated in a tabletop configuration via high-order harmonic generation (HHG) in gases. While HHG is inherently inefficient, increasing the conversion efficiency (CE) is crucial for many applications, such as coincidence spectroscopy [1] and coherent imaging [2], which require high XUV throughput. Previous calculations suggest that one way to im
