Integrated control of agricultural tractors and implements: A review of potential opportunities relating to cultivation and crop establishment machinery

Computers and Electronics in Agriculture

Volumn 30, Issue 1-3, 2001, Pages 167-191

  Scarlett, Andrew J ^a  

^a SILSOE RESEARCH INSTITUTE   (United Kingdom)

Author keywords

Control; Cultivation; Drilling; Electronics; Implements; Tractors

Indexed keywords

EID: 0035115548     PISSN: 01681699     EISSN: None     Source Type: Journal    
DOI: 10.1016/S0168-1699(00)00163-0     Document Type: Article

References (58)

1. On-the-go soil mechanical impedance measurements
2. Automation of an air drill system
3. Requirements for a standard for tractor-implement communications
4. Nutzwertanalyse eines neuen stufenlosen leistungsverzweigten traktorgetriebes
5. Characterising the operational behaviour of a power-driven rotary harrow
6. Kommunikation von motor und getriebe über CAN-bus
7. A soil moisture seeking planter control
8. The energy efficiency of seedbed production following mouldboard ploughing
9. Automatic depth control for cultivators and air seeders developed under the AERD program
10. Working effect of soil preparing equipment with p.t.o.-driven tools and its influence on plant emergence
11. Comparison of implements for secondary cultivation
12. Saattiefe und Saatmenge Steuern
13. Seeding methods performance for cereals, rape and beans
14. On the go control of seeds per unit area for grain drills
15. Electronic/hydraulic hitch control for agricultural tractors
16. Schwadabtastung mit ultraschall: Möglichkeiten und Grenzen
17. Electronics on Fendt tractors: A voyage through the tractor via computer
18. Kleine Synchrodrive: Precision electronics for precision drills
19. Same SDS sequential drive system: One button-eight operations
20. ISO 11783 (Draft) Tractors, machinery for agriculture and forestry-Serial control and communications data network
21. Kontinuierliche Messung der Bodendichte
22. An open agricultural bus standard
23. Potential eines traktormanagementsystems
24. Ultrasonic sensing system to measure fields
25. Variable planting density and fertilizer application system
26. Simply stepless: Profi test of the Fendt Favorit 926 Vario tractor
27. Zugkraftmessungen zur teilschlagkartierung
28. Furrowing the brow-plough developments
29. Multi-powered soil tillage implements
30. Development of a soil moisture meter to predict corn seed planting depth
31. Trends in tractor design with particular reference to Europe
32. Evaluation of an automatic depth controller
33. MF 8200 tractors: Take a CAN bus trip around the big new Masseys
34. Measuring soil roughness changes with an ultrasonic profiler
35. Electro-hydraulic header control for combine harvesters
36. Integration of tractor engine, transmission and implement depth controls: Part 2, control systems
37. Precision tillage: In-field, real-time control of seedbed quality
38. A proposed scheme for integrated tractor-implement communication and control
39. Dynamic sensing of soil pans
40. Computer vision as a sensing system for soil cultivator control
41. In-field location using GPS for spatially variable field operations
42. J1939 high speed serial communications, the next generation network for heavy-duty vehicles
43. Application of J1939 networks in agricultural equipment
44. Tracktormanagement: Optimierung durch konsequente Anwendung vorhandener Technik
45. Evaluation of ultrasonic depth controllers
46. Steigende motorauslastung durch geregelte stufenlose getriebe
47. Development and evaluation of a microwave soil moisture sensor for incorporation in a narrow cultivator tine
48. Real-time sensing of soil water content from mobile machinery: Options for sensor design
49. Evaluation of the capacitance technique as a method for dynamically measuring soil water content
50. Non-contact system for measuring tillage depth
51. Utilization of CAN technology in a distributed control system