News – Página 8 – CCES Unicamp

Bio‐inspired Aluminum Composite Reinforced with Soft Polymer with Enhanced Strength and Plasticity

cces ccesJaneiro 22, 2020Janeiro 22, 2020

by cces ccesJaneiro 22, 2020Janeiro 22, 2020

Composites have played a key role in revolutionizing the automobile, marine and aerospace industries. There is a constant attempt for the development of low‐density composite

Few-Wall Carbon Nanotube Coils

cces ccesJaneiro 20, 2020Janeiro 20, 2020

by cces ccesJaneiro 20, 2020Janeiro 20, 2020

While various electronic components based on carbon nanotubes (CNTs) have already been demonstrated, the realization of miniature electromagnetic coils based on CNTs remains a challenge.

Theoretical study of the internal rotational barriers of fluorine, chlorine, bromine, and iodine-substituted ethanes

cces ccesNovembro 29, 2019Novembro 29, 2019

by cces ccesNovembro 29, 2019Novembro 29, 2019

Physical and chemical characteristics of flexible compounds are extremely dependent of internal rotation barriers. On the other hand, halides of organic compounds are extremely common,

Assessment of pKa Determination for Monocarboxylic Acids with an Accurate Theoretical Composite Method: G4CEP

cces ccesNovembro 29, 2019Novembro 29, 2019

by cces ccesNovembro 29, 2019Novembro 29, 2019

For 22 monoprotic acids, pKa values were calculated using the G4CEP composite theory. The solvation effect was included considering the continuous SMD solvation model; SMD

Curso de Verão 2020 – Mecânica dos Sólidos Computacional – FEM/CCES

cces ccesNovembro 28, 2019Novembro 29, 2019

by cces ccesNovembro 28, 2019Novembro 29, 2019

De 20 de Janeiro de 2020 a 14 de Fevereiro de 2020 Faculdade de Engenharia Mecânica – UNICAMP Mais Informações e inscrições em: http://bit.ly/cursodeverao2020 Instrutores:

CCES researchers recieve Best Paper Award at SBAC-PAD 2017

cces ccesNovembro 12, 2019Novembro 12, 2019

by cces ccesNovembro 12, 2019Novembro 12, 2019

Although heterogeneous computing has enabled impressive program speed-ups, knowledge about the architecture of the target device is still critical to reap full hardware benefits. Programming

Data-flow analysis and optimization for data coherence in heterogeneous architectures

cces ccesNovembro 12, 2019Novembro 12, 2019

by cces ccesNovembro 12, 2019Novembro 12, 2019

Although heterogeneous computing has enabled developers to achieve impressive program speed-ups, the cost of moving and keeping data coherent between host and device may easily

Adding Tightly-Integrated Task Scheduling Acceleration to a RISC-V Multi-core Processor

cces ccesNovembro 12, 2019Novembro 12, 2019

by cces ccesNovembro 12, 2019Novembro 12, 2019

Task Parallelism is a parallel programming model that provides code annotation constructs to outline tasks and describe how their pointer parameters are accessed so that

Structural Complementarity of Distance Constraints Obtained from Chemical Crosslinking and Amino Acid Coevolution

cces ccesNovembro 7, 2019Novembro 7, 2019

by cces ccesNovembro 7, 2019Novembro 7, 2019

The analysis of amino acid coevolution has emerged as a practical method for protein structural modeling by providing structural contact information from alignments of amino

DOACROSS Parallelization Based on Component Annotation and Loop-Carried Probability

cces ccesNovembro 1, 2019Novembro 1, 2019

by cces ccesNovembro 1, 2019Novembro 1, 2019

Although modern compilers implement many loop parallelization techniques, their application is typically restricted to loops that have no loop-carried dependences (DOALL) or that contain well-known

The Case for Phase-Based Transactional Memory

cces ccesNovembro 1, 2019Novembro 1, 2019

by cces ccesNovembro 1, 2019Novembro 1, 2019

In recent years, Hybrid TM (HyTM) has been proposed as a transactional memory approach that leverages on the advantages of both hardware (HTM) and software

OmpCloud: Bridging the Gap between OpenMP and Cloud Computing

cces ccesNovembro 1, 2019Novembro 1, 2019

by cces ccesNovembro 1, 2019Novembro 1, 2019

In this project, we consider an innovative way to parallelize the execution of large workload applications on a cloud cluster. Instead of parallelizing program fragments