Frequency-weighted ®lter Sample Clauses

Frequency-weighted ®lter. A frequency-weighted angle ®lter weighs postural signals by the corresponding frequency in proportion to the equal discomfort function, so that the ®ltered angular data accounts for the relative discomfort associated with motion and repetition. The attenuation slope for the frequency- weighted angle ®lter is determined by the relative relationship between angle and repetition and can be obtained by algebraically solving the discomfort model at a given exertion and discomfort level. Similarly, a frequency-weighted force ®lter weighs force signals by the corresponding frequency in proportion to the equal discomfort function and its attenuation slope can be determined by solving the discomfort model at given angle and discomfort level. Based on the discomfort model developed, the attenuation slope is 24 dB/decade for the frequency-weighted angle ®lter and 14 dB/decade for the frequency-weighted force ®lter. The frequency-weighted angle ®lter was modelled using MATLABTM (The MathWorks Inc., Natick, MA, USA) as a ®nite impulse response (FIR) high-pass ®lter with a 24 dB/decade attenuation slope in the linear region. The diSerence equation for the FIR ®lter is: XF ( nT) 5 N k50 bk X( nT 2 kT) where XF(nT) is the output associated with the current sample time nT, and X(nT — kT) is the input value, k sample points in the past. The output value XF(nT) of the frequency-weighted ®lter is the weighted sum of the input for the current Frequency-weighted filter 469 sample, X(nT), and the input values for the preceding N samples. CoeScients for the resulting diSerence equation are listed in table 5. The characteristics of the frequency-weighted angle ®lter are illustrated in ®gure 5. The cut-oS frequency for Figure 5. Characteristics of the frequency-weighted ®lter. Table 5. CoeScients for the FIR ®lter. k bk 0 0×0016 1 0×0015 2 0×0012 3 — 0×0000 4 — 0×0031 5 — 0×0089 6 — 0×0179 7 — 0×0301 8 — 0×0448 9 — 0×0607 10 — 0×0760 11 — 0×0888 12 — 0×0972 13 0×9015 14 — 0×0972 15 — 0×0888 16 — 0×0760 17 — 0×0607 18 — 0×0448 19 — 0×0301 20 — 0×0179 21 — 0×0089 22 — 0×0031 23 — 0×0000 24 0×0012 25 0×0015 26 0×0016
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Related to Frequency-weighted ®lter

  • Frequency Your milk must be supplied on a consistent basis throughout the week on either a daily or skip-a-day basis as agreed by you and DFMC, except in emergencies. DFMC has no obligation to collect your milk more frequently than once per day, but may agree to do so from time to time. If, at DFMC’s election, your milk is collected more frequently than you require, no Gate Fees or charges will apply for the additional collections.

  • Reallocation to a Class with a Lower Salary Range Maximum 1. If the employee meets the skills and abilities requirements of the position and chooses to remain in the reallocated position, the employee retains existing appointment status and has the right to be placed on the Employer’s internal layoff list for the classification occupied prior to the reallocation.

  • JOC - PRICING OF After Hours Coefficient What is your after hours coefficient for the RS Means Price Book for work performed after normal working hours? (FAILURE TO RESPOND PROHIBITS PART 2 JOC EVALUATION) Remember that this is a ceiling price proposed. You can discount to any TIPS Member customer a lower coefficient than your proposed contract coefficient, but not higher. This is one of three pricing questions that are required for consideration for award on this solicitation. Please consider your answer carefully. An explanation of the TIPS scoring of pricing titled "Pricing Coefficient Instruction" is included in the attachments for your information. The below is an EXAMPLE of how the pricing model works (It is not intended to influence your proposed coefficient, you should propose a coefficient that you determine is reasonable for your business for the life of the contract): The most common after hours coefficient is time and a half of the RS Means Unit Price Book prices. To illustrate this coefficient, if your regular hours coefficient is .95, your after hours coefficient would be 1.45.

  • Under-Frequency and Over Frequency Conditions The New York State Transmission System is designed to automatically activate a load- shed program as required by the NPCC in the event of an under-frequency system disturbance. Developer shall implement under-frequency and over-frequency relay set points for the Large Generating Facility as required by the NPCC to ensure “ride through” capability of the New York State Transmission System. Large Generating Facility response to frequency deviations of predetermined magnitudes, both under-frequency and over-frequency deviations, shall be studied and coordinated with the NYISO and Connecting Transmission Owner in accordance with Good Utility Practice. The term “ride through” as used herein shall mean the ability of a Generating Facility to stay connected to and synchronized with the New York State Transmission System during system disturbances within a range of under-frequency and over-frequency conditions, in accordance with Good Utility Practice and with NPCC Regional Reliability Reference Directory # 12, or its successor.

  • PRICING OF After Hours Coefficient What is your after hours coefficient for the RS Means Price Book for work performed after normal working hours? Remember that this is a ceiling price proposed. You can discount to any TIPS Member customer a lower coefficient than your proposed contract coefficient, but not higher. This is one of three pricing questions that are required for consideration for award on this solicitation. Please consider your answer carefully. An explanation of the TIPS scoring of pricing titled "Pricing Coefficient Instruction" is included in the attachments for your information. The below is an EXAMPLE of how the pricing model works (It is not intended to influence your proposed coefficient, you should propose a coefficient that you determine is reasonable for your business for the life of the contract): The most common after hours coefficient is time and a half of the RS Means Unit Price Book prices. To illustrate this coefficient, if your regular hours coefficient is .95, your after hours coefficient would be 1.45.

  • JOC - PRICING OF Regular Hours Coefficient What is your regular hours coefficient for the RS Means Price Book? (FAILURE TO RESPOND PROHIBITS PART 2 JOC EVALUATION) Remember that this is a ceiling price proposed. You can discount lower than your proposed contract coefficient, but not higher. This is one of three pricing questions that are required for consideration for award on this solicitation. Please consider your answer carefully. An explanation of the TIPS scoring of pricing is included in the attachments for your information. The below is an Example of how pricing model works (not intended to influence your proposed coefficient, you should propose a coefficient that you determine is right for your business): To propose the exact pricing as the RS Means Unit Price Book, you would insert a 1.0 and to propose a 5% discount for the RS Means Price Book would be a .95 regular hours coefficient and so on.

  • PRICING OF Regular Hours Coefficient What is your regular hours coefficient for the RS Means Price Book? Remember that this is a ceiling price proposed. You can discount lower than your proposed contract coefficient, but not higher. This is one of three pricing questions that are required for consideration for award on this solicitation. Please consider your answer carefully. An explanation of the TIPS scoring of pricing is included in the attachments for your information. The below is an Example of how pricing model works (not intended to influence your proposed coefficient, you should propose a coefficient that you determine is right for your business): To propose the exact pricing as the RS Means Unit Price Book, you would insert a 1.0 and to propose a 5% discount for the RS Means Price Book would be a .95 regular hours coefficient and so on.

  • Frequency of Evaluation Short form employees shall be evaluated one (1) time per year, which evaluation shall be completed no later than June 1.

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