To reflect this in the mapping module, every field has the capacity to hold two types of boundary. In this case, changing one will not result in a change in the other. Both whole field and cropping year boundaries are managed between years by the field region for more information please click here. The following links provide information on adding and editing field boundaries in Gatekeeper mapping.
We advise all our customers to take care before editing existing field boundaries, or importing boundaries to fields which already have boundaries. It is possible to impact the boundary data of multiple years if the correct steps are not taken before editing or importing.
Click here for adding field boundaries in Farm Mapping Lite. Click here for adding and editing field boundaries in Gatekeeper mapping. Click here for importing RPA field boundaries. Not sure which mapping version you have? Below is a video explaining Farm Mapping Lite, or click here for notes that can be downloaded. If you wish to use Ordnance Survey data in your Gatekeeper Farm Mapping module this can come in different forms with different levels of detail.
We recommend that you firstly contact the Gatekeeper Support team on and request the OS Open data under a free license for your farm which we can provide in 10km x 10km tiles.
This will provide you with the following features in Gatekeeper Mapping:. Please note this data does not include field boundaries; if you require OS boundary information you will need to purchase Master Map data in either a Shape or DXF format. Customers in England have the ability to import their RPA field boundaries to the mapping module; either as a cartographic layer, or as cropping record field boundaries. Before reports are generated from the Analysis area the database must be refreshed to ensure the results are fully up to date.
Below is a video explaining how to set up a contract business, or click here for notes that can be downloaded. Below is a video explaining how to set up products as a grower, or click here for notes that can be downloaded. Below is a video explaining how to set up tractor units, implements and settings, or click here for notes that can be downloaded. Below is a video explaining how to set up crops and varieties as a grower, or click here for notes that can be downloaded.
To record the amount used and unit price ONLY, the following approach can be adopted on a heading by heading basis. Select the correct category, type the implement name, and select the correct Sub-category. Repeat to enter additional settings. When an implement setting is used in a plan it will be displayed in the operator instructions.
Below is a video explaining how to publish your field records to your agronomist, or click here for notes that can be downloaded. Below is a video explaining how to set up a contact and exchange publishing keys, or click here for notes that can be downloaded.
Just click below and sign up to access your free content. IT or hardware:. Connect to our LogMeIn service if asked to do so by the Farmplan support team. Guides and manuals. Gatekeeper V4. Full Digital CD.
Program Installer. Release Notes. Recently Updated User Guides. User Guides. Setting up Products for Agronomists. Setting up Crops and Varieties for Agronomists. Creating Recommendations. Publishing recommendations to a Gatekeeper Cloud user. Using agronomy packs in recommendations. How to backup to an alternate location. When to synchronise Gatekeeper. Gatekeeper should be synchronised after every data entry session.
Verification options for fertiliser jobs. Managing sulphur in a nutrient management plan. Option 2 — Include sulphur in the plan, and edit the requirement figure If you wish to include sulphur in your NMP, but you intend to apply a greater amount than calculated by RB, then you may wish to manually edit the sulphur requirement after it is calculated.
Choosing a ruleset in the nutrient management centre. Users in Scotland should select the Scotland specific selection from the available list. Adding fertiliser analysis details. Adding manure analysis details. Repeat as necessary for additional nutrients. Using the nutrient management centre. Alternatively, you may wish to import a nutrient management plan from your agronomist.
Advancing the Cropping Year. Cropping year. If a gatekeeper is not available, the gateway attempts to rediscover one. If a gateway discovers that its gatekeeper has gone off-line, it no longer accepts new calls; however, calls in progress are not affected. Because of the criticality of the gatekeeper in the network, most users implement redundancy to minimize the possibility of a network outage because of a failure. Methods of implementing redundancy are discussed later in this chapter.
Figure shows an example of a call flow between two gateways within the same zone when a gatekeeper is used for E. Both sides must successfully request admission before the call can be completed.
Both gateways send IRRs to the gatekeeper after the call setup is complete and again when the call is terminated. When the IRR is received at the end of a call, the CDR is logged and the bandwidth that is used by that call is freed.
Figure shows an example of the signaling flow for the same call with each of the gateways belonging to a different gatekeeper zone. Gatekeeper clustering or alternate gatekeepers are methods of providing gatekeeper redundancy that utilizes the GUP protocol.
GUP messages are used both to establish the initial connections between members of the cluster and to exchange status information between cluster members. GUP uses versions of RAS gatekeeper discovery messages that include nonstandard fields for communications.
When the cluster is first established, the gatekeeper opens and maintains a TCP connection to the other members of the cluster the alternate gatekeepers. The gatekeeper announces its presence by sending a GRQ message containing nonstandard data; then it flags it as an announcement. The announcement also carries information about bandwidth utilization for a zone. This allows the alternate gatekeepers to manage the bandwidth for a zone even though they are separate devices.
GUP announcements are sent every 30 seconds by default. Note: In this configuration, the four routers are located on the same LAN. However, in your real topology, all devices can be in different parts of your network.
Very often, there are several sources of high priority traffic in real networks. It is a complex task to distinguish all these conditions because they are numerous, and easy to overlook.
However, there are several common situations that happen very often in real life that are worth considering. Admission control becomes an issue when the routers that provide prioritization of the traffic are themselves not the sources of such traffic. The typical topology involves several voice gateways at two sites connected through the link provided by a pair of routers.
In both situations we have several sources of voice traffic from both sides of the link. Sometimes, there could be a problem with the voice quality, if the amount of voice traffic exceeds the configured bandwidth for the priority queue. In this case, the packets exceeding the bandwidth will be dropped. There are several ways to avoid this scenario. The simplest solution is to configure the voice bandwidth in the Low Latency Queue LLQ to accept the maximum number of calls from all sources.
In the absence of voice traffic, the unused bandwidth will be granted to the data flows. This can be done when the total bandwidth of the link is higher than the bandwidth required for the maximum number of calls. A more sensible approach is to apply restrictions on each source of voice traffic from both ends of the link. To apply those restrictions, use the max-conn command under VoIP dial-peer configuration.
If we assume that there is a Cisco CallManager only at one central site, we can use its capabilities to restrict the number of calls to the branch site without a CallManager. This approach allows us to manage the situation where the sources of voice traffic are capable of oversubscribing the link. The drawback of this approach is the inflexible usage of bandwidth granted to the sources. If the callSignalAddress is not provided, the gateway does not send the Facility message and the call is terminated without any rerouting.
Call Forward In certain cases, an H. Note This use of call forwarded is not defined by ITU standard. Multizone Features Cisco multizone software enables the Cisco gateway to provide information to the gatekeeper using additional fields in the RAS messages. Codec Negotiation Codec negotiation allows the gateway to offer several codecs during the H.
Supported codecs see table below are available for use with Cisco H. This feature is particularly useful for applications such as the following: Selsius IP phones, which rely on a hub or call manager to direct the media stream to IP phones. Unified messaging for which it is desirable to redirect the media stream to various message servers for message playout.
The RTP streams are redirected as follows: The sequence starts with the an empty capabilities set being received at an endpoint. After an open logical channel OLC is established or if in the middle of this process one of the endpoints sends an empty capabilities set message. When the empty capabilities set message is received, the other endpoints close the logical channel if any was opened with that endpoint and move to a pause state, waiting for a nonempty capability set message.
Lightweight Registration Before the release of its H. Note Certain devices are limited in their support of H. Therefore, these platforms are not able to act as H. A Cisco gateway cannot be the transferring endpoint. Transfer with consultation--This feature is not currently supported. Note Certain devices are limited in their support of the H. Therefore, these devices are not able to act as H. Answer Supervision Reporting Answer supervision reporting is an enhancement to the information request IRR Registration, Admission, and Status RAS protocol message that enables gatekeepers to maintain call accounting information by reporting the call connection time of connected calls to the gatekeeper.
Gateway-to-Gatekeeper Billing Redundancy Gateway-to-gatekeeper billing enhances the accounting capabilities of the Cisco H. Ecosystem Gatekeeper Interoperability Note To learn about restrictions that apply, see the "Ecosystem Gatekeeper Interoperability Restrictions" section.
Note For more information on the Cisco ecosystem gatekeeper interoperability feature, see the "Configuring Alternate-Gatekeeper Support" section. Gatekeeper-Management Statistics Performance-management parameters provide gatekeeper-management statistics that may be used to monitor a network and troubleshoot problems on the network.
Parameters provide statistics such as the following: Number of calls that originate and terminate from a specific location Number of ongoing calls Aggregate messaging information per zone Equipment behavior Registration and unregistration information Counter information such as location requests [LRQs] to gauge the level of activity Statistics are counted when the Registration, Admission, and Status RAS messages are sent and received by the gatekeeper.
There are two ways to monitor gatekeeper-management statistics: Using the MIB module--The MIB module consists of a repository of characteristics and parameters that support the gatekeeper function. Using the command-line interface as in the following steps.
Displaying and Clearing Gatekeeper-Management Statistics. Displaying and Clearing Gatekeeper-Management Statistics To display and clear gatekeeper-management statistics, use the following commands beginning in global configuration mode.
Before You Begin. Toll Fraud Prevention When a Cisco router platform is installed with a voice-capable Cisco IOS software image, appropriate features must be enabled on the platform to prevent potential toll fraud exploitation by unauthorized users.
These features include, but are not limited to, the following: Disable secondary dial tone on voice ports--By default, secondary dial tone is presented on voice ports on Cisco router gateways. Close unused SIP and H. If the protocols are used and the ports must remain open, use ACLs to limit access to legitimate sources. SIP registration--If SIP registration is available on SIP trunks, turn on this feature because it provides an extra level of authentication and validation that only legitimate sources can connect calls.
If it is not available, ensure that the appropriate ACLs are in place. SIP Digest Authentication--If the SIP Digest Authentication feature is available for either registrations or invites, turn this feature on because it provides an extra level of authentication and validation that only legitimate sources can connect calls.
Incoming dial peers offer additional control on the sources of calls, and outgoing dial peers on the destinations. Incoming dial peers are always used for calls. If a dial peer is not explicitly defined, the implicit dial peer 0 is used to allow all calls. Explicit destination patterns--Use dial peers with more granularity than. T for destination patterns to block disallowed off-net call destinations.
Use class of restriction COR on dial peers with specific destination patterns to allow even more granular control of calls to different destinations on the PSTN. If the prefix plus DID matches internal extensions, then the call is completed.
Otherwise, a prompt can be played to the caller that an invalid number has been dialed. Use voice source groups and ACLs to restrict the valid address ranges expected in DNS responses which are used subsequently for call setup destinations. All rights reserved. This feature was integrated into this release. This feature was implemented on the Cisco AS This features was integrated into this release.
If the originating or terminating gateway sends a call proceeding message and then receives a call proceeding message with a progress indicator of 1, 2, or 8, the gateway converts this call proceeding message into a progress message with a corresponding PI.
Using any of the debug cch commands could slow your system and flood the TTY if there is significant call traffic. Step 1. Clears the H. Keywords are as follows: cause-code stats --Disconnect cause-code stats counters h --H. If this command is entered without any of the optional keywords, all counters are cleared. If the command is entered with an optional keyword, only counters associated with that keyword are cleared.
Step 2. Keywords are as follows: cause-code stats --Displays the disconnect cause codes that the H. A disconnect can originate either from the far-end gateway or from the opposite call leg on the local gateway.
If this command is entered without any of the optional keywords, all counters are displayed.
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