Screen formation system, screen formation method, and program

• US 8,200,418 B2
• Filed: 02/13/2009
• Issued: 06/12/2012
• Est. Priority Date: 03/19/2008
• Status: Expired due to Fees

• Current Assignee: Aisin AW Company Limited (Aisin Corp.)
• Original Assignee: Aisin AW Company Limited (Aisin Corp.)
• Inventors: Ogawa, Satoshi, Hori, Koichiro
• Primary Examiner(s): Najarian, Lena
• Assistant Examiner(s): WOODS, TERESA S
• Application Number:
  US12/370,789
• Publication Number:
  US 20090237413A1
• Time in Patent Office: 1,215 Days
• Field of Search: 701209-211, 701/1, 701/33
• US Class Current: 701/211
• CPC Class Codes: G01C 21/3605 Destination input or retrieval

Abstract

A screen formation system includes: a vehicle condition determination processing unit that determines a vehicle condition; a storage device containing, recorded therein, a candidate screen map in which vehicle conditions and candidate screens are interrelated, each candidate screen representing a screen that is highly likely to be shown on a display unit next after a current screen on the basis of the determined vehicle condition; a candidate screen acquisition processing unit that acquires the candidate screen corresponding to the vehicle condition by referring to the candidate screen map; an off-screen drawing processing unit that draws the acquired candidate screen as an off-screen while the current screen is shown on the display unit; and a screen formation processing unit that shows the off-screen on the display unit responsive to an instruction for a screen change from the current screen made by an operator.

Claims

1. A screen formation system for formation of screens for display on a display unit comprising:

a vehicle condition determination processing unit that determines a vehicle condition;

a storage device;

a candidate screen map, recorded in the storage device, in which vehicle conditions and candidate screens are interrelated, each candidate screen representing a screen that is highly likely to be shown on a display unit next after a current screen on the basis of the determined vehicle conditions, wherein said candidate screen map is set by;

a learning processing unit that learns, in association with the vehicle condition, to which screen a screen change has been instructed by an operator; and

a candidate screen map setting processing unit that sets the candidate screen map based on said learning by the learning processing unit;

a candidate screen acquisition processing unit that acquires, from the storage device, the candidate screen corresponding to the determined vehicle condition by referring to the candidate screen map set by the candidate screen map setting processing unit;

an off-screen drawing processing unit that draws the acquired candidate screen as an off-screen while the current screen is shown on the display unit; and

a screen formation processing unit that shows the off-screen on the display unit responsive to an instruction for a screen change from the current screen made by the operator.

2. The screen formation system according to claim 1, wherein

the vehicle condition is a vehicle driving state that indicates a vehicle state associated with driving, and the vehicle driving state and a corresponding candidate screen are correlated in the candidate screen map stored in the storage device.

3. The screen formation system according to claim 1, wherein

the vehicle condition is a driving environment, and a vehicle environment state that indicates an environment surrounding a vehicle and a corresponding candidate screen are correlated in the candidate screen map stored int eh storage device.

4. The screen formation system according to claim 1, wherein

the candidate screen map is set according to an operating state of an auxiliary device.

5. The screen formation system according to claim 1, wherein

priorities are assigned to the vehicle conditions in the candidate screen map, and the candidate screen acquisition processing unit acquires the candidate screen based on the priorities.

6. The screen formation system according to claim 1, wherein

ap plurality of candidate screens are set corresponding to the vehicle condition and priorities are assigned to the respective candidate screens in the candidate screen map, and the candidate screen acquisition processing unit acquires a candida screen based on the priorities.

7. A screen formation method comprising:

determining a vehicle condition;

recording, in a storage device, a candidate screen map in which vehicle conditions and candidate screens are interrelated, each candidate screen representing a screen that is highly likely to be shown on a display unit next after a current screen on the basis of the determined vehicle conditions, said candidate screen map being set by the steps of;

a learning processing unit learning, in association with the vehicle condition, to which screen a screen change has been instructed by an operator; and

setting the candidate screen map based on said learning by the learning processing unit;

acquiring the candidate screen corresponding to the determined vehicle condition by referring to the candidate screen map;

drawing the acquired candidate screen as an off-screen while the current screen is shown on the display unit; and

showing the off-screen on the display unit responsive to an instruction for a screen change from the current screen made by the operator.

8. A non-transitory computer-readable medium having encoded thereon, a program causing a computer to function as:

a vehicle condition determination processing unit that determines a vehicle condition;

a storage device containing, recorded therein, a candidate screen map in which vehicle conditions and candidate screens are interrelated, each candidate screen representing a screen that is highly likely to be shown on a display unit next after a current screen on the basis of the determined vehicle conditions, wherein said candidate screen map is set by;

a learning processing unit that learns, in association with the vehicle condition, to which screen a screen change has been instructed by an operator; and

a candidate screen map setting processing unit that sets the candidate screen map based on said learning by the learning processing unit;

a candidate screen acquisition processing unit that acquires, from the storage device, the candidate screen corresponding to the determined vehicle condition by referring to the candidate screen map set by the candidate screen map setting processing unit;

an off-screen drawing processing unit that draws the acquired candidate screen as an off-screen while the current screen is shown on the display unit;

a screen formation processing unit that shows the off-screen on the display unit responsive to an instruction for a screen change from the current screen made by the operator.