Sven Karlsson

Technical University of Denmark

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Bo Åhrén

Lund University

Christian W. Probst

Unitec Institute of Technology

Mats Brorsson

University of Luxembourg

Pascal Schleuniger

Technical University of Denmark

F. Sundler

Lund University

Lars Frydendal Bonnichsen

Technical University of Denmark

Per Larsen

UC Irvine Health

Nicklas Bo Jensen

Technical University of Denmark

Jan Madsen

Technical University of Denmark

Stavros Passas

Embedded Systems (United States)

Cooperative Institutions

Lund University

Uppsala University

Technical University of Denmark

Lawrence Livermore National Laboratory

Skåne University Hospital

GSI Helmholtz Centre for Heavy Ion Research

Sandia National Laboratories

Chalmers University of Technology

Karolinska Institutet

Malmö University

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The mechanism of 2‐deoxy‐glucose‐induced insulin secretion in the mouse

Journal of Autonomic Pharmacology (1987)

Sven Karlsson M. Bood Bo Åhrén

1 Intravenous injection of 2-deoxy-glucose (3 mmol/kg) increases plasma levels of insulin and glucose in the mouse. This study investigated the contribution of various autonomic receptors to the plasma insulin response. 2 Pretreatment with the cholinergic antagonist methylatropine abolished the response completely. 3 Pretreatment with the alpha-adrenoceptor antagonist phentolamine caused a potentiated response, whereas the beta-adrenoceptor antagonist L-propranolol had no effect. 4 Pretreatment with methylatropine and phentolamine combined caused a small insulin response, which was inhibited by propranolol. 5 Pretreatment with the nicotonic antagonist hexamethonium abolished the response. 6 It is concluded that 2-deoxy-glucose induces a stimulation of insulin secretion in vivo in the mouse predominantly by a cholinergic mechanism. 7 2-Deoxy-glucose also activates alpha-adrenergic mechanisms which affect the size of the insulin secretory response. beta-Adrenoceptor and non-adrenergic, non-cholinergic mechanisms seem to be less important.

Clinical Pharmacology

10.1111/j.1474-8673.1987.tb00143.x

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Citations (26)

The Cyclic AMP–Protein Kinase A Pathway Restrains Islet Phospholipase A2 Activation

Biochemical and Biophysical Research Communications (2000)

Erik Simonsson Sven Karlsson Bo Åhrén

IBMX

Efflux

10.1006/bbrc.2000.2248

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Citations (7)

OpenMP Target Offload Utilizing GPU Shared Memory

Lecture notes in computer science (2023)

Mathias Gammelmark Anton Rydahl Sven Karlsson

Speedup

Software portability

10.1007/978-3-031-40744-4_8

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Identifying Inter-task Communication in Shared Memory Programming Models

Lecture notes in computer science (2009)

Per Larsen Sven Karlsson Jan Madsen

Benchmark (surveying)

Runtime system

Programmer

Multi-core processor

10.1007/978-3-642-02303-3_14

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Citations (3)

CHARGE DISTRIBUTION INXENON FLUORIDES XeF2, XeF4, XeF6, AND XeOF4, FROM ELECTRON SPECTROSCOPY (ESCA)

Sven Karlsson K. Siegbahn Neil Bartlett

Electron spectroscopy

Source

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Expressing Coarse-Grain Dependencies Among Tasks in Shared Memory Programs

IEEE Transactions on Industrial Informatics (2011)

Per Larsen Sven Karlsson Jan Madsen

Designers of embedded systems face tight constraints on resources, response time and cost. The ability to analyze embedded systems is essential to timely delivery of new designs. Many analysis techniques model parallel programs as task graphs. Task graphs capture the worst-case execution times of individual program tasks and the data dependencies among these.

Task Analysis

10.1109/tii.2011.2166769

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Citations (1)

Parallelism and Scalability in an Image Processing Application

International Journal of Parallel Programming (2009)

Morten Sleth Rasmussen Matthias Bo Stuart Sven Karlsson

Parallel processing

Implicit parallelism

Multi-core processor

Implementation

10.1007/s10766-009-0098-5

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Citations (11)

Role of Extracellular Na+ on CCK-8-Induced Insulin Secretion

Biochemical and Biophysical Research Communications (1993)

Tord Fridolf Sven Karlsson Bo Åhrén

Pancreatic Islets

Fura-2

10.1006/bbrc.1993.1538

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Citations (5)

Towards a Time-predictable Dual-Issue Microprocessor: The Patmos Approach

Martin Schoeberl Pascal Schleuniger Wolfgang Puffitsch Florian Brandner Christian W. Probst

Current processors are optimized for average case performance, often leading to a high worst-case execution time (WCET). Many architectural features that increase the average case performance are hard to be modeled for the WCET analysis. In this paper we present Patmos, a processor optimized for low WCET bounds rather than high average case performance. Patmos is a dual- issue, statically scheduled RISC processor. The instruction cache is organized as a method cache and the data cache is organized as a split cache in order to simplify the cache WCET analysis. To fill the dual-issue pipeline with enough useful instructions, Patmos relies on a customized compiler. The compiler also plays a central role in optimizing the application for the WCET instead of average case performance.

Microprocessor

10.4230/oasics.ppes.2011.11

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Citations (86)

Solar Wind Monitoring with SWIM-SARA Onboard Chandrayaan-1

Astrophysics and space science proceedings (2009)

Anil Bhardwaj S. Barabash R. Sridharan Martin Wieser M. B. Dhanya

Neutral particle

10.1007/978-3-642-02859-5_88

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Citations (2)