Computer program for planning and evaluating microplate experiments

Upgrading a microplate reader for photobiology and all-optical experiments.

Automation can vastly reduce the cost of experimental labor and thus facilitate high experimental throughput, but little off-the-shelf hardware for the automation of illumination experiments is commercially available. Here, we use inexpensive open-source electronics to add programmable illumination capabilities to a multimode microplate reader. We deploy this setup to characterize light-trigger...

Optwastewater: a Computer Program for Regional Wastewater System Planning

OptWastewater, an easy-to-use computer program developed for regional wastewater system planning, is presented in this article. The regional planning of wastewater systems requires both the drainage of the wastewater generated by the population centers of a region and the meeting of the quality standards defined for the river. OptWastewater is designed to be a decision-aid tool. It incorporates...

Tols for Experiments in Planning

The paper describes two separate but synergistic tools for running experiments on large Lisp systems such as planning systems, by which we mean systems that produce plans and execute them in some kind of simulator. The rst tool, called Clip (Common Lisp Instrumentation Package), allows the researcher to deene and run experiments, including experimental conditions (values for parameters of the p...

InRaDoS: An internal radiation dosimetry computer program

Introduction: Internal radiation dosimetry is important from a radiation protection point of view and can help to optimize the radiation dose delivered to the workers, public, and patients. It has a rather simple protocol but needs a large amount of data. Therefore, it is difficult to do on a routine basis. The use of computer programs makes internal radiation dosimetry simpler...

Computer experiments.