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public class TestResult { public final static int OK= 0; public final static int FAILED= 1; public IJavaProject project; public String klass; public String method; public int status; public long startTime; public long endTime; } TestResult provides methods to be used for reporting:

= S (

Source: Diversified Investment Advisors, Report on Retirement Plans 2005 (New York: Diversified Investment Advisors, 2005), 26.

public TestResult(IJavaProject project, String klass, String method, int status, long startTime) { thisproject= project; thisklass= klass; thismethod= method; thisstatus= status; thisstartTime= startTime; } public void testFailed() { status= FAILED; } public boolean isFailure () { return status == FAILED; } public void testFinished() { endTime= SystemcurrentTimeMillis(); } public long testDuration() { return endTime-startTime; }

(5.27)

2 2 where t = |tk tl (di dj )/v|, di = xi + yi is the distance of the sensor ni to 2 the point source, and S ( t ) = E[fS (t) fS (t + t )]/ S is the correlation function of t / t , where is a constant governthe point source which is given by S ( t ) = e t ing the degree of correlation. Note that the spatiotemporal correlation between two samples, p (i, j, k, l), depends mainly on the difference between sample times tk and tl since generally v (di dj ). In WSNs, we are interested in estimating the signal generated by the point source using the samples collected by the sensor nodes. The expectation of the generated signal, fS (t), over an interval is given by

[ Team LiB ]

S( ) =

From the ashes of the demise of DB plans, we now see 401(k) plans adopting many of the best features of DB plans. These changes that we see now in 401(k) plans are being made to fix many of the problems the 401(k) plans have in actual operation. The following runs through some of these changes that have happened and some that we predict will happen. I. Participation A. Problem Many 401(k) plans have very low participation rates, especially among the employees who most need assistance saving for retirement. B. Fix Automatic enrollment and/or negative elections. These two features both work to force employees into the plan immediately upon hire. It works by automatically enrolling employees at a set rate, say 3 percent, upon employment. If an employee does not want to participate, he or she can elect to do so; however, research shows that such employees are very unlikely to do so. DB plans always had automatic enrollment and this problem was never an issue (see Table 8.3 and Figure 8.4).

[ Team LiB ]

(5.28)

Each sensor node, ni , receives the attenuated and delayed version of the generated signal fS (t), that is, Si [k]. Due to the impurities in the sensor circuitries, the sampled signal is the noisy version of this received signal which is given by Xi [k] = Si [k] + Ni [k] (5.29)

Before we start with the UI-related work items, let's first write a test As usual when developing test-first, once we have a fixture and the required helper methods in place, the rest of development is much simpler First we create a test setup using our TestProject helper as we have done before We create a test project with a single failing test:

where the subscript i denotes the location of the node ni , that is, (xi , yi ), k denotes the sample index which corresponds to time t = tk , Xi [k] is the noisy version of the 2 actual sample Si [k], and Ni [k] is the observation noise, that is, Ni [k] N(0, N ). Si [k] is given by (5.24) and (5.26). The observed information, Xi [k], is then encoded and sent to the sink through the WSN. It has been shown that joint source-channel coding outperforms separate coding. Moreover, as discussed in Section 5.3, for WSNs with a nite number of nodes, uncoded transmission outperforms any approach based on the separation paradigm leading to the optimal solution for in nite number of nodes [3]. In the light of these results, we assume that uncoded transmission is deployed in each node. Hence, the transmitted observation, Yi [k], is given by Yi [k] = PE X [k], 2 i + N i = 1, ..., N