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CC-ISOBUS CCI 50 - Page 191

CC-ISOBUS CCI 50
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CCI.ControlCCI.Control – Glossary
102
GSM
Global System for Mobile Communication
Standard for fully digital mobile phone networks, that is primarily used for
telephony and text messaging such as SMS.
ISO-XML
ISOBUS-specific format for task data files based on XML.
ISOBUS
ISO11783
International standard for data transfer between farming implements and
devices.
Context menu
Graphical user interface
Facilitates editing, copying, deleting or adding of data.
Customer
The owner or tenant of the operation on which the task is executed.
Duration
The time in which a task is executed.
Agricultural practice
Crop cultivation measure
Action performed on a field such as tillage or fertilising.
Implement
Towed or attached implement. An implement with which a task can be executed.
Implement interface
Communication channel from the terminal to the implement.
PDF
Portable Document Format
File format for documents
Crop type
Types or species of a crop such as corn or barley.
Crop variety
Special sort or breed of a crop type.
Product
A product is applied to or removed from a field as part of an agricultural practice,
e.g. fertiliser, pesticide or harvested product.
Process data
Parameters which an implement can make available to CCI.Control during the
work (working state, consumption, etc.). These are then adopted in the task data
file for later evaluation.
Interface
Part of the terminal which is used to communicate with other devices
Serial interface
The terminal has two serial interfaces, RS232-1 and RS232-2. Via these
interfaces, external expansion devices such as GPS receivers, modems or
printers can be connected.
Master data
Master data are fixed data records that do not change during the work (e.g.
driver, farm, etc.).
Standalone mode
Operation of CCI.Control without task data file.
Section
Using yield maps and other methods of location analysis such as ground or
contour maps, aerial photographs or multi-spectral images, it is possible, based
on individual experience, to define zones within the field, if these significantly
differ over periods of four to five years. If these zones have a sufficient size and,
for example with winter wheat a difference in yield potential of approximately 1.5
t/ha, it makes sense to , match the cultivation and agricultural practices in these
zones to the yield potential. Such areas are then designated as sections.

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