In this paper, we provide an integral error formula for a certain scale of mean value interpolations which includes the multivariate polynomial interpolation schemes of Kergin and Hakopian. This formula involves only derivatives of order one higher than the degree of the interpolating polynomial space, and from it we can obtain sharp L∞-estimates. These L∞-estimates are precisely those that num...

DNA replication in all eukaryotes follows a defined replication timing program, the molecular mechanism of which remains elusive. Using a Xenopus laevis egg extract replication system, we previously demonstrated that replication timing is established during early G1 phase of the cell cycle (timing decision point [TDP]), which is coincident with the repositioning and anchorage of chromatin in th...

1 Introduction This chapter deals with the problem of how to estimate and analyze the execution time of embedded real-time software, in particular the worst-case execution time. A real-time system must react within precise time constraints, related to events in its environment and the system it controls. This means that the correct behavior of a real-time system depends not only on the result o...

emotion is a force with which we convey our interior feeling such as love, hatred, anger, anxiety and is general all our joys to the others.emotin, or maybe its force by itself is one of most fundamental bases of a literary work and its exactly the factor that makes the words or the works eternal , because it evokes the person emotion and feelings all the time and the person never gets tired of...

Traditional worst-case execution time (WCET) analysis methods based on static program analysis require a precise timing model of a target processor. The construction of such a timing model is expensive and time consuming. In this paper we present a hybrid WCET analysis framework using runtime measurements together with static program analysis. The novel aspect of this framework is that it uses ...

Eukaryotic DNA replication follows a strict temporal program where genomic loci are replicated at precise times during the S phase of the cell cycle. Yet, the mechanism in control of the timing program in metazoan cells is poorly understood. In a recent publication, the authors proposed an intuitive stochastic model of DNA replication and showed that it predicts replication timing with an accur...

Today, work-family issues have gained special importance to employees, families, and organizations. Work–family conflict is an inter–role conflict in which work and family demands are mutually incompatible and creates stress and numerous problems. So, the aim of this study was to examine the effect of work–family conflict management model in life satisfaction of male employees...

Static timing analyzers, which are used to analyze real-time systems, need to know the minimum and maximum number of iterations associated with each loop in a real-time program so accurate timing predictions can be obtained. This paper describes three complementary methods to support timing analysis by bounding the number of loop iterations. First, an algorithm is presented that determines the ...

We present our on-going efforts to guarantee the timing behavior of a program targeted for the precision timed architecture. We extend both the ISA and the hardware to support a set of timing instructions that allow programmers to control the execution time of a sequence of instructions. Programs written using these timing instructions specify deadlines within the program specification itself, ...