The Configuration Assistant walks you through adding a new Target or editing an existing one.
Christine Glidden talking about the Women To Be Sewing Team. Welcome, Thank you for your interest in joining our Sewing Team. You will change the lives of girls around the world! برچسبها: Peakhour، دانلود نرم افزار peakhour 4.0.1، دانلود نرم افزار peakhour 4.0.1 برای مک، دانلود نرم افزار peakhour 4.0.1 مک با لینک مستقیم، دانلود نرم افزار کاربردی، دانلود نرم افزار کاربردی مک، دانلود نرم. Isn't PHF = Peak volume in the 15min. Interval / 4. Peak Hour Volume 15 min. And this is after choosing the critical hour given a two hour count? I'm just confused if there's a factor for the non straight through turns and trucks.
Having trouble monitoring your device(s)?
If you're having trouble, have a look at the Monitoring & Compatibility FAQs.
- A Target is either a Bandwidth Monitor or a Connection Quality Monitor.
- Bandwidth Monitors monitor the network through (upload and download) of a device or interface.
- Connection Quality monitors the latency to a hop or specific host on the Internet, allowing you to see the latency between you and that endpoint.
- You can configure and monitor as many Targets as you wish.
Search for Devices
Search for Devices in the Configuration Assistant makes it as easy as possible to find compatible devices on your network.
PeakHour will automatically show UPnP-enabled routers that are found. If your router does not show up, check your router to ensure UPnP or 'Universal Plug and Play' is enabled. If you're still having trouble, see our UPnP Troubleshooting guide.
SNMP devices do not automatically advertise their presence. To add an SNMP device, you can either enter it's name or IP address manually via the Add SNMP Device..button or you can use the Scan for SNMP Devices option to actively search your network.
For detailed instructions on how to add an SNMP device, click here.
Verify settings
The Validation screen analyses the configuration and attempts to show a real-time view of bandwidth throughput.
The following describes the what the analysis means:
Peak Hour 4 1 9 Equals
Responding to queries | Whether or not the device is responding to (SNMP or UPnP) queries and returning meaningful responses. |
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Reporting bandwidth | Whether or not the device appears to be reporting bandwidth correctly. This will be Yes if PeakHour can see that the device / interface is reporting traffic moving through the device. Note that this can be Yes but the device or interface may not report bandwidth correctly. In order to ensure whats being reported matches up with what you expect, we recommend a test by either downloading a file of a known size or using a site like speedtest.net |
High Capacity Counters (SNMP only) | If this is Yes, the interface supports High Capacity (64-bit) counters. See High Capacity Counters for more information. |
If the graph appears to be showing throughput as you'd expect, click Next.
Finalise
The last screen in the Configuration Assistant lets you set a few important parameters:
Description | The name or description you wish to associate with this target. |
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Hide if unreachable | Only show this target if it can be seen and monitored by PeakHour. |
Swap inbound and outbound data | Some devices may report uploaded data as downloaded data and vice-versa. Check this box to swap download and upload data around. |
Display: Graph+Details View vs. Details Only view | Graph+Details means the target is shown with a graph in the main display. Details only means that only a summary is displayed. |
Show in Menu | Show this target's details (current upload/download speed and minigraph) in the menu bar. |
Once you're done, click Finish.
You should now see PeakHour running the menu bar, showing upload and download bandwidth:
Click on it to open the main PeakHour window and see a detailed real-time graph:
Didn't find any UPnP or SNMP-compatible devices?
Check out our FAQ on how to enable SNMP on Macs, Windows and Linux PCs.
Connection Quality monitoring allows you to monitor the quality or latency of your Internet connection or to a specific site on the Internet (e.g. NetFlix).
Adding a new Connection Quality monitor allows you to choose which point on the Internet to monitor. You can set up multiple Connection Quality monitors to monitor different points on the Internet (e.g. NetFlix or your VPN connection to work).
Internet Connection | This option sets up a monitor for your Internet connection. PeakHour assumes the other side of your Internet connection is 2 hops away: Hop #1: Your router or firewall Hop #2: Your ISP This is the case for most residential Internet connections but may differ if your network is more complex (e.g. you do double-NAT or have more than one router). |
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Local network / WiFi connection | This option monitors your connection to the local network (usually Ethernet or WiFi). PeakHour assumes your local network is one hop away, or the next hop. This option is useful if you have a spotty or weak WiFi connection, and may help you optimize the placement of your access point(s). |
A specific hostname / IP address | If you'd like to monitor a specific site or web site address, choose this option and enter the hostname or IP address to monitor. Note that for this to work, the host must allow ICMP (Ping) packets. Many sites block these however, so make sure you test it before hand. You can do this by typing ping hostname in Terminal. |
The host x hops away | Finally, you can choose a custom number of hops to monitor. Typically you'd use this option to monitor your Internet, but your network is more complex and the other side of your Internet connection is more than the default (2) hops away. |
To monitor a specific site, host or IP address, that site must allow ICMP (or 'ping') packets to reach it. If the site blocks ping, you will not be able to monitor it. To test the site first, type
ping hostname
in Terminal.
Peak Hour Volume, Design Flow Rate, PHF
The following excerpts were taken from the 1994 Highway Capacity Manual, published by the Transportation Research Board.
Peak Hour and Design Hour
![Peakhour 4 1 9 Peakhour 4 1 9](https://3.bp.blogspot.com/-z-L2u_qQFMs/WzvXFzVs7fI/AAAAAAAAFeM/fLK4Gzevs08_jfYHj9fThmFQuoPkdRTZwCLcBGAs/s600/PeakHour_1.jpg)
Capacity and other traffic analyses focus on the peak hour of traffic volume, because it represents the most critical period for operations and has the highest capacity requirements. Fujitsu fi 4120c driver windows 10. The peak hour volume, however, is not a constant value from day to day or from season to season.
Peak Hour 4
If the highest hourly volumes for a given location were listed in descending order, a large variation in the data would be observed, depending on the type of route and facility under study.
Rural and recreational routes often show a wide variation in peak-hour volumes. Several extremely high volumes occur on a few selected weekends or other peak periods, and traffic during the rest of the year is at much lower volumes, even during the peak hour. This occurs because the traffic stream consists of few daily or frequent users; the major component of traffic is generated by seasonal recreational activities and special events.
Urban routes, on the other hand, show little variation in peak-hour. . . .
The relationship between the 15-min flow rate and the full hourly volume is given by the peak hour factor, defined in Part A of this chapter (see below).
Whether the design hour was measured, established from the analysis of peaking patterns, or based on modeled demand, the peak-hour factor (PHF) is applied to determine design hour flow rates.
Peak-hour factors in urban areas generally range between 0.80 and 0.98. Lower values signify greater variability of flow within the subject hour, and higher values signify little flow variation. Peak-hour factors over 0.95 are often indicative of high traffic volumes, sometimes with capacity constraints on flow during the peak hour.
(Description of PHF from Part A, as referred to above.)
Peak rates of flow are related to hourly volumes through the use of the peak-hour factor. This factor is defined as the ratio of total hourly volume to the peak rate of flow within the hour:
PHF = Hourly volume/Peak rate of flow (within the hour)
If 15-min periods are used, the PHF may be computed as
PHF = V/(4 x V15)
Where
PHF = peak-hour factor,
V = hourly volume (vph), and
V15 = volume during the peak 15 min of the peak hour (veh/15 min).
PHF = peak-hour factor,
V = hourly volume (vph), and
V15 = volume during the peak 15 min of the peak hour (veh/15 min).
Peak Hour 4 1 95
Where the peak-hour factor is known, it may be used to convert a peak-hour volume to a peak rate of flow, as follows:
v = V/PHF (2-3)
Where
v = rate of flow for a peak 15-min period (vph),
V = peak-hour volume (vph), and
PHF = peak-hour factor.
v = rate of flow for a peak 15-min period (vph),
V = peak-hour volume (vph), and
PHF = peak-hour factor.
Equation 2-3 need not be used to estimate peak flow rates where traffic counts are available. The chosen count interval must allow the identification of the maximum 15-min flow period. The rate may then be directly computed as 4 times the maximum 15-min count.
Peak Hour 4 1 90
Many of the procedures use this conversion to allow computations to focus on the peak flow period within the peak hour.