Navegação Microeletrônica por Autor "Johann, Marcelo de Oliveira"
Resultados 1-6 de 6
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Algorithms to improve area density utilization, routability and timing during detailed placement and legalization of VLSI circuits
Monteiro, Jucemar Luis (2019) [Tese]Placement is a challenging stage in the Very Large-Scale Integration (VLSI) physical design flow. In modern VLSI designs, several design restrictions have been imposed to address the complexity of advanced Complementary ... -
Algoritmo de posicionamento analítico-detalhado guiado a caminhos críticos
Monteiro, Jucemar Luis (2014) [Dissertação]O posicionamento das portas lógicas tem papel fundamental na qualidade de um circuito digital. A qualidade do posicionamento impacta diretamente na tamanho do circuito, no tempo de propagação dos sinais, consumo de energia, ... -
Clock mesh optimization
Flach, Guilherme Augusto (2010) [Dissertação]Malhas de relógio são arquiteturas de rede de relógio adequadas para distribuir confiavelmente o sinal de relógio na presença de variações de processo e ambientais. Tal propriedade se torna muito importante nas tecnologias ... -
Discrete gate sizing and timing-driven detailed placement for the design of digital circuits
Flach, Guilherme Augusto (2015) [Tese]Electronic design automation (EDA) tools play a fundamental role in the increasingly complexity of digital circuit designs. They empower designers to create circuits with several order of magnitude more components than it ... -
Parametric analysis and optimization of MOSFET macromodels for ESD circuit simulation
Dettenborn, Robert Willian (2018) [Dissertação]Electrostatic discharge (ESD) is a major reliability concern in semiconductor industry. An ESD event may degrade or destroy an integrated circuit (IC), impacting on production yields, manufacturing costs, product quality, ... -
Voltage scaling interfaces for multi-voltage digital systems
Llanos, Roger Vicente Caputo (2015) [Dissertação]Multiple Voltage Digital Systems exploit the concept of voltage scaling by applying different supplies to particular regions of the chip. Each of those regions belongs to a power domain and may have two or more supply ...