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Once you've accessed your account, you can choose to add text messages as an option for two-step verification. Go to Two-Step Verification under Account to set this up.

Two-step verification is required to log into express-scripts.com, militaryrx.com, and the Express Scripts mobile app. It adds an extra layer of security to protect personal and health-related data from unauthorized access. We added this feature to keep your account safe.

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In the wake of the Supreme Court's decision in Argus Leader, the term "confidential" under Exemption 4 must be given its "ordinary" meaning. This step-by-step guide can be used by agencies, in conjunction with OIP's guidance, to determine whether commercial or financial information provided by a person is "confidential" under Exemption 4.

ISO 10303-21 defines the encoding mechanism for representing data conforming to a particular schema in the EXPRESS data modeling language specified in ISO 10303-11. A STEP-File is also called p21-File and STEP Physical File. The file extensions .stp and .step indicate that the file contains data conforming to STEP application protocols while the extension .p21 should be used for all other purposes.[3]

The United States Medical Licensing Examination (USMLE) is a three-step examination for medical licensure in the U.S. The USMLE assesses a physician's ability to apply knowledge, concepts, and principles, and to demonstrate fundamental patient-centered skills, that are important in health and disease and that constitute the basis of safe and effective patient care.

New tests may be developed as alternatives to one or both steps of the two-step process. Before CDC will recommend new tests, they must be cleared by the Food and Drug Administration (FDA). For more details, see: Recommendations for Test Performance and Interpretation from the Second National Conference on Serologic Diagnosis of Lyme Disease.

Two-step verification (also known as two factor authentication or 2FA) is a highly recommended security feature that adds an extra layer of protection to your Dropbox account. Enabling two-step verification means that Dropbox will require a six-digit security code (in addition to your password) when you log in to your account or link a new computer, phone, or tablet.

After enabling two-step verification, consider adding a backup phone that can receive text messages as well. If you ever lose your primary phone, or can't use your authenticator app, you can send a security code to your backup phone number instead.

You can use a security key for two-step verification, rather than a 6-digit security code. A security key is a small USB, Bluetooth, or Near Field Communication (NFC) device that follows one of the open standards:

Currently, security keys are only supported on select devices and browsers, so you must first set up two-step verification for your Dropbox account and select to receive codes via SMS messages or a mobile app. This step ensures that you have a backup method, in case a device doesn't support your security key.

Each General Schedule (GS) grade has 10 steps. Within-grade increases (WGIs) or step increases are periodic increases in a GS employee's rate of basic pay from one step of the grade of his or her position to the next higher step of that grade.

By default, the function applies step for t0 = 0, U = 0, dU = 1, and td = 0. But, you can configure these values using RespConfig. You can also specify the initial state x(t0). When you don't, step assumes the system is initially at rest with input level U.

[y,tOut] = step(sys) computes the step response y of the dynamic system sys. The time vector tOut is in the time units of sys. step automatically determines the time steps and duration of the simulation based on the system dynamics.

[y,tOut] = step(sys,___,config) specifies additional options for computing the step response, such as the step amplitude (dU) or input offset (U). Use RespConfig to create the option set config. You can use config with any of the previous input-argument and output-argument combinations.

For this example, create a tf model that represents the transfer function. You can similarly plot the step response of other dynamic system model types, such as zero-pole gain (zpk) or state-space (ss) models.

The step plot automatically includes a dotted horizontal line indicating the steady-state response. In a MATLAB figure window, you can right-click on the plot to view other step-response characteristics such as peak response and settling time. For more information about these characteristics, see stepinfo (Control System Toolbox).

By default, step chooses an end time that shows the steady state that the response is trending toward. This system has fast transients, however, which are obscured on this time scale. To get a closer look at the transient response, limit the step plot to t = 15 s.

Alternatively, you can specify the exact times at which you want to examine the step response, provided they are separated by a constant interval. For instance, examine the response from the end of the transient until the system reaches steady state.

The left plot shows the step response of the first input channel, and the right plot shows the step response of the second input channel. Whenever you use step to plot the responses of a MIMO model, it generates an array of plots representing all the I/O channels of the model. For instance, create a random state-space model with five states, three inputs, and two outputs, and plot its step response.

The first LineSpec 'r--' specifies a dashed red line for the response with the PI controller. The second LineSpec 'b' specifies a solid blue line for the response with the PID controller. The legend reflects the specified colors and linestyles. For more plot customization options, use stepplot.

step uses the same linestyle for the responses of all entries in the array. One way to distinguish among entries is to use the SamplingGrid property of dynamic system models to associate each entry in the array with the corresponding w0 value.

The system step response displayed is chaotic. The step response of systems with internal delays may exhibit odd behavior, such as recurring jumps. Such behavior is a feature of the system and not software anomalies.

A time-series model, also called a signal model, is one without measured input signals. The step plot of this model uses its (unmeasured) noise channel as the input channel to which the step signal is applied.

For continuous-time systems, the function determines the step size and number of points automatically from system dynamics. Express tFinal in the system time units, specified in the TimeUnit property of sys.

For continuous-time models, specify t in the form T0:dt:Tf. To obtain the response at each time step, the function uses dt as the sample time of a discrete approximation to the continuous system (see Algorithms). The simulation starts at T0 and ends at Tf.

Configuration of the applied signal, specified as a RespConfig option set. By default, step applies an input that goes from 0 to 1 at time t = 0. Use this input argument to change the configuration of the step input. See Response to Custom Step Input for an example.

For single-input, multi-output systems, y is a matrix with as many rows as there are time samples and as many columns as there are outputs. Thus, the jth column of y, or y(:,j), contains the step response of from the input to the jth output.

Times at which step response is computed, returned as a vector. When you do not provide a specific vector t of times, step chooses this time vector based on the system dynamics. The times are expressed in the time units of sys.

To obtain samples of continuous-time models without internal delays, step converts such models to state-space models and discretizes them using a zero-order hold on the inputs. step chooses the sampling time for this discretization automatically based on the system dynamics, except when you supply the input time vector t in the form t = T0:dt:Tf. In that case, step uses dt as the sampling time. The resulting simulation time steps tOut are equisampled with spacing dt.

Step therapy is a type of prior authorization for drugs that begins medication for a medical condition with the most preferred drug therapy and progresses to other therapies only if necessary, promoting better clinical decisions. For example, using step therapy plans could ensure that a senior who is newly diagnosed with a condition begin treatment with a cost-effective biosimilar before progressing to a more costly drug therapy should the initial treatment is ineffective. By implementing step therapy along with care coordination and drug adherence programs in MA, it will lower costs and improve the quality of care for Medicare beneficiaries.

Part B step therapy requirements may reduce costs for both the beneficiaries and MA plans. MA plans will be required to pass savings on to beneficiaries through the rewards furnished as part of the drug management care coordination program. Rewards passed on to the patient will be required to be equivalent to more than half the amount saved on average per participant.

Additionally, MA plans will ensure that new step therapy requirements do not disrupt ongoing Part B drug therapies for beneficiaries. Under this new policy, step therapy can only be applied to new prescriptions or administrations of Part B drugs for beneficiaries that are not actively receiving the affected medication. This means that no beneficiary currently receiving drugs under part B will have to change their medication.

There are several programmatic features that will protect beneficiaries and ensure that they benefit from this new flexibility. First, beneficiaries will have the opportunity during the upcoming annual Medicare Open Enrollment period between October 15, 2018 and December 7, 2018, to choose which Medicare Advantage is the best for them, including the option to choose a plan that includes step therapy if one is available in their area. 17dc91bb1f