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Primary Discussion Item 3: Discuss next steps Finally, the meeting needs closure. This involves clarifying what the next steps will be for the learner and developer for example, topics and logistics of forthcoming coaching meetings, new goals or revisions of earlier goals as a result of the data, and any actions the learner or developer should take as an outgrowth of the data-feedback meeting. Some developers and learners may want to proceed directly to Coaching Stage 4 (Challenging) and Coaching Stage 5 (Changing) as part of the datafeedback meeting. This can work well with some learners, especially those who have already made great strides through their coaching experience and are highly motivated to change. However, with most learners, allowing some time away to consider what has been said and what they want to do in response is highly beneficial. This is referred to as soak time, a period that allows for reflection and integration. In addition, some learners may appear agreeable and even compliant during the feedback discussion, then return later with strong negative reactions or misinterpretations of what was said. For these reasons, it is generally advisable to separate communicating the data from challenging growth and planning for the changes needed.
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We present the following income producer plan types: 1. Flat commission 2. Ramped commission 3. Residuals/Trailing/Back-end payouts 4. Pools 5. Multi-tier marketing
Exploring the C# Library
Another major limitation of this method is that it cannot optimize a design over a range of operating speeds. As stated in Sec., this also limits the usefulness of this method for constant speed systems. Applying the method at the maximum cam speed is likely to provide a good design throughout the speed range. But this should be veri ed by analyzing the vibration over the operating speed range (or at least over a good portion of the high-speed end of the range). Cam Synthesis Using the Convolution Operator (Sec. 13.6). This procedure can be used to nd a good cam pro le, but it is not a true optimization like that of Secs. 13.4 and 13.5. Those methods are guaranteed to optimize the design (although limited by the choice of trigonometric series in Sec. 13.4). Convolution, on the other hand, only generates a family of curves, one member of which provides the lowest vibration response for any given cam speed. The convolution solution will usually be a good one, but will seldom be the optimal one. To apply convolution for a system that operates over a range of speeds, determine the optimum curve to use at the maximum speed. The design thus obtained will provide a good response over the entire speed range. Polydyne Cams (Sec. 13.7). This technique is limited in that it only optimizes for operation at a single speed. As stated in Sec., this also limits the quality of the optimization even for systems that operate at only a single speed. The chosen polynomial series for the follower lift curve further limits the ability to nd an optimal solution. Techniques have been developed that use polydyne methods to optimize a cam design over a range of speeds, equivalent to the method presented in Sec. 13.4.4, but using polynomials in place of the trigonometric series used there. However, a good design can be obtained in most cases by designing for the maximum system speed and then analyzing at enough other speeds to verify the reasonableness of the result. One feature of this method is that it makes available a variety of dwell-rise-returndwell follower lift pro les that provide a wide range of the ratio of positive to negative acceleration. For example, for an engine valve opening pro le, the area under the opening curve should be maximized, meaning a high ratio of positive to negative acceleration, within the limitations of vibration and contact stress. Summary of Conclusions. Any of the methods above can be used to provide a good to optimal solution to most cam design problems. Each method has its advantages and disadvantages. The method in Sec. 13.4 can provide a near-optimal design over any given range of operating speeds. The method described in Sec. 13.5 only optimizes at one speed at a time and is the most complex to use, but it provides a true optimum, not limited to a linear combination of given trigonometric terms, as in Sec. 13.4. The method in Sec. 13.5 is also the only one that can optimize for nonlinear effects, although the accuracy of nonlinear design is greatly limited by the inability to include preload. The method in Sec. 13.6 does not provide a true optimum, but can usually nd a good solution. The method in Sec. 13.7 can provide a good, but not really optimal solution for any case, and it has the advantage over the other methods of providing good control over the shape of the follower lift curve. From the preceding paragraph and the more detailed information presented previously, the designer should be able to nd the best of these methods to use for any particular design problem.
The Mid-Band Ethernet Technologies discussed here can be applied to solve both business and residential applications. They offer next-generation Ethernet services without the cost and complexity of fiber deployments, but also without the unlimited bandwidth and unlimited reach of fiber deployments. Copper-based technologies always have rate/reach limitations, meaning that customers farther from the serving office have less bandwidth potential than customers closer to the serving office; you have to trade rate to get reach and vice versa. This is a result of signal dissipation across the copper wires. VDSL2, for example, can deliver 100 Mbps on a single pair of copper, but only at very short distances (less than a 1000 ft). The higher the rates required, the smaller the service radius. Mid-Band Ethernet has improved upon normal copper limitations by allowing multiple pairs of copper to be aggregated into a single connection. This improves the service radius, but doesn t remove it. Optical connections, on the other hand, have a relatively unlimited service radius different optical transceivers can be used to cover hundreds and hundreds of miles. So the use of Mid-Band Ethernet services will always have distance and speed shortcomings when compared to optical services. But Mid-Band Ethernet has the benefit of using the in-place copper plant you don t have to dig, wait, or build new serving sites. It allows the carrier to leverage what is already in place to deliver better services and get more revenue today without heavy investment.
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