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Action spectroscopy in biology

Action spectroscopy is a method for identifying the light-absorbing chromophore in a photobiological or biochemical process by comparing the efficiency of radiation of different wavelengths in driving the process. This chapter explains the principle and gives several ex-amples from the history of biology of what has been achieved using this technique.

Stellar Abundances in Giant Stars in the Metal-Rich Globular Cluster NGC 6528

We present the first results of a detailed abundance analysis, based on VLT observations, of giant stars in the very metal-rich globular cluster NGC 6528. We will be able to tie the horizontal branch abundances (see e.g. Carretta et al. 2001) to those of the more luminous giants (see CMDs). For the very similar cluster NGC 6553 studies of different types of stars have yielded very disparate result

PalCom Meets the End-User: Enabling Interaction with PalCom-based Systems

When developing applications for end-user nodes in distributed systems, it is not unusual to find that the business logic part of the solution is relatively inexpensive to develop. The resource intense parts of the solution are more likely to be those of presenting the functionality provided by the node to the end-user, and of connecting the node with the rest of the system. By considering systems

Distributed constraint programming with agents

Many combinatorial optimization problems lend themselves to be modeled as distributed constraint optimization problems (DisCOP). Problems such as job shop scheduling have an intuitive matching between agents and machines. In distributed constraint problems, agents control variables and are connected via constraints. We have equipped these agents with a full constraint solver. This makes it possibl

Java bytecode to hardware made easy with Bluespec System Verilog

This paper presents a method for translation of Java bytecode sequences into synthesizable hardware, using the Bluespec System Verilog (BSV) environment. At the core of our approach lies a BSV description of a subset of Java bytecodes, that can be used to directly translate bytecode sequences into a BSV specification. The result is intended as an accelerator for existing Java processors (JOP, Blue

Modelling of Climatic Thermal Actions in Hollow Concrete Box Cross-Sections

The temperature distribution in concrete structures varies as a result of fluctuations in solar radiation, air temperature, wind speed and long-wave radiation. Variations in temperature may cause longitudinal and transverse movements. If these movements are restrained, stresses and strains can be induced, which may contribute to cracking in the structure. To predict such thermal actions in a hollo