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Analysis of the early films of Peter Weiss (1916 - 1982).

This paper presents BlueJEP, a novel Java embedded processor, developed using the relatively new Bluespec SystemVerilog (BSV) environment. The starting point for Blue-JEP is a micro-programmed, pipelined, Java-optimized processor (jop), written in VHDL. Our BSV solution features a number of design choices, including a longer pipeline and speculative execution, that make the design more flexible, m

Since undergraduate students often feel unprepared for and apprehensive of the research component included in the degree project (examensarbete) (Akister et al, 2006; I’Anson et al, 2004; Todd et al, 2004), we trialled the use of personal virtual learning spaces to support B- and C-level students’ research activities and enhance supervision of the writing process. The personal virtual learning s

Too Many Doing Too Little On Contemporary European Film Production Cultures In a majority of Western European countries, the two concurrent, post-World War II tendencies of increasing economic difficulties for the national film industries and the developing recognition of film as a significant contemporary art form were imperative for the introduction of film support. With Hollywood dominating sc

This paper presents the characterization and optimization of acoustic capture of platelet-derived microparticles (PMPs) from human plasma. The technique is compared to a standard preparation protocol using differential centrifugation on biobank samples from patients with ST-elevation myocardial infarction (STEMI). The main advantages of this new method are the capability of rapidly capturing micro

We have all experienced how a telephone conversation can be more challenging than speaking face to face. Understanding the intended meaning of a speaker‘s words requires forming an impression of the current mental state of the speaker, including her beliefs, intentions, and emotional state (Sperber & Wilson, 1995). Facial expressions are an important source of this information. In this study,

In this work we present theoretical modeling and additional experiments to characterize noncontact acoustic trapping in a small glass capillary. We provide numerical 3D-simulations that captures several key features of the experiment.

We present a method to rapidly fabricate a large number of thermoplastic microfluidic systems where horizontal microchannels are separated by a porous membrane for modelling biological barriers. We optimize and combine solvent bonding, milling and laser cutting to fabricate in excess of 100 devices in two days. The optimized protocol relies on a commercial solvent blend, retention grooves for solv