Regression Model Sample Clauses

Regression Model. Yi‟s = β0 + β1*% AST Time + β2* Access to school within community + (β3* % AST Time * Access to school within community) + β4* Intensity of PA in and outside school + β5‟s* Urbanization Indices + β6* Nutrition + β7* Household characteristics + β8* Individual characteristics + Person Fixed (Random) Effect + Time Fixed Effect + µi In these models, Yi‟s is outcomes including being obese, being overweight, and BMI z-score. In this equation, β0 is the intercept, βi represents the coefficients of each explanatory variable, β3 is the coefficient of the interaction term which is of main interest, µi is the residual, and β5‟s are coefficients of the twelve urbanization indices. Additionally, nutrition is measured by daily caloric intake. Household characteristics include mother‟s BMI and family size, and individual characteristics include region, gender, as well as age at the base line survey.
Sample 1
Regression Model. Yi = x 0 + β1*HMO (0/1) + β2*Age + β3*Female (0/1) + β4*Smoker ()/1) + β5*Private Insurance (0/1) + β6*Race + β7*Marital Status + β8*Region of the U.S. + β9*Education level + β10*Health Status (self-perceived) + β11*Income (%FDL) + ε In the two-part model, Yi first entails any ER expenditures: Pr(y > 0jx) = F(xδ) where x represents the explanatory variables and δ the corresponding parameters to be estimated. In the second part, the model is conditional E(y | y > 0, x) = g(xγ) ) where x, again, represents the explanatory variables γ represents the parameters to be estimated and g stand for the transformation function. [36] x 0 is the intercept, β1- β11 represent the coefficients of each explanatory variable, and ε is the error term. Perceived health status is a proxy for comorbidities, which are often present in asthma patients. The average person with asthma has 2.3 other chronic conditions. Income as a percentage of FPL corrects for the difference in single person income and family income and is a proxy for socio-economic status.
Sample 1
Regression Model. Y = b0 + b1X1 + b2X2 + …..+ bnXn + Έ Whereby: Y = Dependent Variable b0 = Constant (Intercept) b1, b2, bn = Beta coefficients (slopes) for independent variables X1, X2, Xn respectively X1, X2, Xn = Independent Variables Έ = Standard error term The study included all variables in the regression model by using an OLS estimation technique. The final model looks as the follows.
Sample 1

Related to Regression Model

  • Power Factor Design Criteria Developer shall design the Large Generating Facility to maintain an effective power delivery at demonstrated maximum net capability at the Point of Interconnection at a power factor within the range established by the Connecting Transmission Owner on a comparable basis, until NYISO has established different requirements that apply to all generators in the New York Control Area on a comparable basis. The Developer shall design and maintain the plant auxiliary systems to operate safely throughout the entire real and reactive power design range. The Connecting Transmission Owner shall not unreasonably restrict or condition the reactive power production or absorption of the Large Generating Facility in accordance with Good Utility Practice.

  • Start-Up and Synchronization Consistent with the mutually acceptable procedures of the Developer and Connecting Transmission Owner, the Developer is responsible for the proper synchronization of the Large Generating Facility to the New York State Transmission System in accordance with NYISO and Connecting Transmission Owner procedures and requirements.

  • Infrastructure Vulnerability Scanning Supplier will scan its internal environments (e.g., servers, network devices, etc.) related to Deliverables monthly and external environments related to Deliverables weekly. Supplier will have a defined process to address any findings but will ensure that any high-risk vulnerabilities are addressed within 30 days.

  • System Upgrade Facilities and System Deliverability Upgrades Connecting Transmission Owner shall design, procure, construct, install, and own the System Upgrade Facilities and System Deliverability Upgrades described in Appendix A hereto. The responsibility of the Developer for costs related to System Upgrade Facilities and System Deliverability Upgrades shall be determined in accordance with the provisions of Attachment S to the ISO OATT.

  • Progression For progression for all classifications under this agreement, refer to Schedules A to D.

  • System Access Control Data processing systems used to provide the Cloud Service must be prevented from being used without authorization.

  • Network Access Control The VISION Web Site and the Distribution Support Services Web Site (the “DST Web Sites”) are protected through multiple levels of network controls. The first defense is a border router which exists at the boundary between the DST Web Sites and the Internet Service Provider. The border router provides basic protections including anti-spoofing controls. Next is a highly available pair of stateful firewalls that allow only HTTPS traffic destined to the DST Web Sites. The third network control is a highly available pair of load balancers that terminate the HTTPS connections and then forward the traffic on to one of several available web servers. In addition, a second highly available pair of stateful firewalls enforce network controls between the web servers and any back-end application servers. No Internet traffic is allowed directly to the back-end application servers. The DST Web Sites equipment is located and administered at DST’s Winchester data center. Changes to the systems residing on this computer are submitted through the DST change control process. All services and functions within the DST Web Sites are deactivated with the exception of services and functions which support the transfer of files. All ports on the DST Web Sites are disabled, except those ports required to transfer files. All “listeners,” other than listeners required for inbound connections from the load balancers, are deactivated. Directory structures are “hidden” from the user. Services which provide directory information are also deactivated.

  • Trunk Group Architecture and Traffic Routing 5.2.1 The Parties shall jointly establish Access Toll Connecting Trunks between CLEC and CBT by which they will jointly provide Tandem-transported Switched Exchange Access Services to Interexchange Carriers to enable such Interexchange Carriers to originate and terminate traffic from and to CLEC's Customers. 5.2.2 Access Toll Connecting Trunks shall be used solely for the transmission and routing of Exchange Access and non-translated Toll Free traffic (e.g., 800/888) to allow CLEC’s Customers to connect to or be connected to the interexchange trunks of any Interexchange Carrier that is connected to the CBT access Tandem. 5.2.3 The Access Toll Connecting Trunks shall be one-way or two-way trunks, as mutually agreed, connecting an End Office Switch that CLEC utilizes to provide Telephone Exchange Service and Switched Exchange Access Service in the given LATA to an access Tandem Switch CBT utilizes to provide Exchange Access in the LATA.

  • Acceptance Testing At the time of installation of a LIS trunk group, and at no additional charge, acceptance tests will be performed to ensure that the service is operational and meets the applicable technical parameters.

  • Signaling protocol 4.1.3.1 SS7 Signaling is AT&T-21STATE’s preferred method for signaling. Where MF signaling is currently used, the Parties agree to use their best efforts to convert to SS7. If SS7 services are provided by AT&T-21STATE, they will be provided in accordance with the provisions of the applicable access tariffs. 4.1.3.2 Where MF signaling is currently used, the Parties agree to interconnect their networks using MF or dual tone MF (DTMF) signaling, subject to availability at the End Office Switch or Tandem Switch at which Interconnection occurs. The Parties acknowledge that the use of MF signaling may not be optimal. AT&T-21STATE will not be responsible for correcting any undesirable characteristics, service problems or performance problems that are associated with MF/SS7 inter-working or the signaling protocol required for Interconnection with CLEC employing MF signaling.