981 resultados para Francesca, da Rimini, d. ca. 1285.
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Huecos para iniciales
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Pie de imp. tomado del colofón, en I6r
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Lugar, imp. y fecha tomados de R5
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Marcas tip. de Simon Vincent en port. y en [et]8v (Silvestre. Marques, 266)
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Hojas imp. por ambas caras
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Marca tip. en port. y en Y8v (Vaccaro, 393 y 396)
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Pie de imp. tomado del colofón en D10v y F6r
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Segunda edición / corregida por el autor
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Imp. tomados del colofón del t. 9
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Sign.: 2a-2z8, 2A-2B8, 2C10
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Sign.: a8, b6, c8, d6, e8, f6, g8, h6, i8, k6, l8, m6, n8, o6, p8, q6, r8, s6, t8, u6, x8, y6, z8, A6, B8, C6, D8, E6, F8, G6, H8, I6, K8, L6, M8, N6, O8, P6, Q8, R6, S8, T6, U8, X6, Y8, Z6, 2A8, 2B6, 2C8, 2D-2F6
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Pie de imprenta tomado del colofón
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Recently a new recipe for developing and deploying real-time systems has become increasingly adopted in the JET tokamak. Powered by the advent of x86 multi-core technology and the reliability of the JET’s well established Real-Time Data Network (RTDN) to handle all real-time I/O, an official Linux vanilla kernel has been demonstrated to be able to provide realtime performance to user-space applications that are required to meet stringent timing constraints. In particular, a careful rearrangement of the Interrupt ReQuests’ (IRQs) affinities together with the kernel’s CPU isolation mechanism allows to obtain either soft or hard real-time behavior depending on the synchronization mechanism adopted. Finally, the Multithreaded Application Real-Time executor (MARTe) framework is used for building applications particularly optimised for exploring multicore architectures. In the past year, four new systems based on this philosophy have been installed and are now part of the JET’s routine operation. The focus of the present work is on the configuration and interconnection of the ingredients that enable these new systems’ real-time capability and on the impact that JET’s distributed real-time architecture has on system engineering requirements, such as algorithm testing and plant commissioning. Details are given about the common real-time configuration and development path of these systems, followed by a brief description of each system together with results regarding their real-time performance. A cycle time jitter analysis of a user-space MARTe based application synchronising over a network is also presented. The goal is to compare its deterministic performance while running on a vanilla and on a Messaging Real time Grid (MRG) Linux kernel.
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Adaptación para niños que recoge fragmentos de capítulos del Quijote
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Port. con orla tip