Towards a Cognitive TCP/IP Network Architecture
مدرسه طرح 2 (آموزشی) به همرا رند مکس
6 پلان
2 برش
2 نما
2 طراحی سایت
پلان اکس بندی
5 رندراز مکس
برای طرح2 معماری کارشناسی یا طرح 1 معماری کاردانی
ژورنال:Marine and Petroleum Geology
سال:October 2015
Although it is generally accepted that many distal, magma-poor rifted margins are asymmetric and can be divided into lower and upper plate margins, little is known about the details of how and when this asymmetry evolves and how upper and lower plate margins can be distinguished. This is due to the fact that most papers focused on the so called lower plate margins, while the upper plate margins remained less well understood, mainly due to the lack of public accessible drill hole data. The aim of this paper is to provide a first order description of the global architecture and stratigraphic evolution of an upper plate, magma-poor rifted margin. In order to provide such a template, we focused on 2 seismic sections, the ION-1000 line (East Indian margin), and the SCREECH 2 line (Newfoundland margin) and describe key, km-scale outcrops from the fossil European margin exposed in the Western/Central Alps, all of which document classical upper plate margins. Based on these data we show that upper plate magma-poor rifted margins can be characterized by a staircase type architecture with terraces (T1, T2, T3) and ramps (R1, R2) that result as a consequence of an evolution through a coupling, exhumation and breakup stage. We also defined key stratigraphic levels that we try to link with the evolution of the margin which enables us to link the tectonic evolution with the creation of accommodation space and formation of the staircase architecture that characterizes the upper plate margin. From these observations we develop a conceptual model for the evolution of upper-plate margins and discuss the applicability of this model for different strain rates, rates of subsidence and sedimentation rates.
Calculation of dense trajectory descriptors on a heterogeneous embedded architecture
ژورنال: Journal of Systems Architecture
سال: November 2015
قیمت اصلی: 35.95$
Heterogeneous architectures have emerged as mainstream computing platforms due to their suitability to deliver high performance and energy efficiency. To fully realize this potential it is necessary to obtain a good mapping of the computation kernels to processing elements. The best mapping search can be very costly when complex applications presenting different levels of granularity must be evaluated in a heterogeneous computation platform. In this paper we propose a model that employs both the estimated computation time and power consumption of each application kernel to find the best computing configuration for the whole application. As a case study, our approach is applied to the implementation of an irregular algorithm on a heterogeneous embedded architecture, more precisely an algorithm used in computer vision applications like human action or gait recognition. We analyze two parallelization versions: a non-pipelined version and a pipelined one, and we use our approach to obtain the mapping with least energy consumption. Finally, we validate our model comparing the predicted results with the real values obtained for the two implementations of the algorithm.
ژورنال:Data & Knowledge Engineering
سال:October 2015
قیمت اصلی: 35.95$
The novel idea of inter-enterprise architecture from the enterprise engineering perspective allows collaborative networks to integrate and coordinate different organizations. Therefore, inter-enterprise architecture offers multiple benefits, including: joint process harmonization, business strategy and information technology alignment, technological cost reduction, risk and redundancies reduction, customer services improvement and enhanced responsiveness. Inter-enterprise architecture can be used to solve the different issues that collaborative networks face on a daily basis. A conceptual model that addresses the problem of unexpected events management in the context of hierarchical production planning to improve decision-making in collaborative environments is proposed using inter-enterprise architecture. The proposed conceptual model is composed of a framework, a modeling language and the methodology. The conceptual model has been applied to a Spanish collaborative network from the ceramic tile sector.