Mobile client computer interdependent display data fields

• US 5,805,159 A
• Filed: 08/22/1996
• Issued: 09/08/1998
• Est. Priority Date: 08/22/1996
• Status: Expired due to Term

• Current Assignee: MediaTek, Inc.
• Original Assignee: International Business Machines Corporation
• Inventors: Oldfield, William Thomas, Bertram, Randal Lee
• Primary Examiner(s): Katbab, A.
• Application Number:
  US08/708,168
• Time in Patent Office: 747 Days
• Field of Search: 395/766, 395/768, 395/769, 345/333, 345/334, 345/335, 345/339, 345/347, 345/975, 707/503, 707/903, 707/904, 707/905, 707/505, 707/506, 707/507, 707/508
• US Class Current: 715/764
• CPC Class Codes: G06F 3/0237 using prediction or retrieval techniques
• CPC Class Codes: Y10S 345/905 Display device with housing structure

Abstract

A computer system preferably a mobile client computer, optimizes data handling and display through the use of predictive widgets. A predictive widget uses a predictive list of possible entries into a defined field of a form, as in a form filling application, to provide one or both of a predictive default entry for a field or a predictive fill once a user has started an entry into the field. A first predictive widget for a first data field interacts to determine the performance of a second predictive widget for a second field.

Claims

1. A mobile client computer comprising:

a housing sized to be held and manipulated by the hand of a user;

a processor mounted within said housing for processing digital data;

memory mounted within said housing for storing digital data and coupled to said processor;

a display mounted in said housing and coupled to said processor and said memory for displaying information derived from digital data processed by said processor;

an input digitizer mounted in said housing and overlaying said display, said digitizer being coupled to said processor for input of digital data by a user; and

a control program stored in said memory and accessible by said processor for directing the processing of digital data by said processor;

said control program and said processor cooperating, when said control program is executing on said processor, in

a) displaying a form defining first and second data fields;

b) exercising a predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries to supply a data entry for the first data field; and

c) responding to the supplying of a data entry for the first data field by exercising a predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries to supply a data entry for the second data field.

2. A mobile client computer according to claim 1, wherein said control program and said processor cooperate, when said control program is executing on said processor, in storing a plurality of predictive lists from which a data entry for the second data field will be supplied and further wherein the predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries and exercised to supply a data entry for the second data field selects one of the plurality of predictive lists in response to the supplying of a data entry for the first data field.

3. A mobile client computer according to claim 1, wherein said control program and said processor cooperate, when said control program is executing on said processor, in storing a predictive list from which a data entry for the second data field will be supplied and further wherein the predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries and exercised to supply a data entry for the second data field selects an ordering of the predictive list in response to the supplying of a data entry for the first data field.

4. A mobile client computer according to claim 3, wherein said control program and said processor cooperate, when said control program is executing on said processor, in exercising the predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries to order the predictive list based upon the recency of use of listed date entries.

5. A mobile client computer according to claim 3, wherein said control program and said processor cooperate, when said control program is executing on said processor, in exercising the predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries to order the predictive list based upon the frequency of use of listed data entries.

6. A mobile client computer according to claim 3, wherein said control program and said processor cooperate, when said control program is executing on said processor, in exercising the predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries to order the predictive list based upon a user selected weighted determination of the recency and frequency of use of listed data entries.

7. A mobile client computer according to claim 3, wherein said control program and said processor cooperate, when said control program is executing on said processor, in storing the predictive list as a sequence of possible data entries and in exercising the predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries to order the sequence by positioning a leading portion of the sequence based on the recency of use of listed data entries and a trailing portion of the sequence based on the frequency of use of listed data entries.

8. A mobile client computer comprising:

a housing sized to be held and manipulated by the hand of a user;

a processor mounted within said housing for processing digital data;

memory mounted within said housing for storing digital data and coupled to said processor;

a display mounted in said housing and coupled to said processor and said memory for displaying information derived from digital data processed by said processor;

an input digitizer mounted In said housing and overlaying said display, said digitizer being coupled to said processor for input of digital data by a user; and

a control program stored in said memory and accessible by said processor for directing the processing of digital data by said processor;

said control program and said processor cooperating, when said control program is executing on said processor, in

a) displaying a form defining first and second data fields;

b) capturing user entries of data into each of the first and second fields;

c) storing captured user entries in a first predictive list of data entries for the first data field and at least one predictive list of data entries for the second data field;

d) exercising a first predictive widget to supply one of a predictive default and a predictive fill selected from the first predictive list as a data entry for the first data field based on factors including frequency and recency of predetermined and prior data entries; and

e) exercising a second predictive widget in response to a data entry in the first data field to supply one of a predictive default and a predictive fill selected as a data entry for the second data field from a predictive list determined by the data entry in the first field.

9. A computer comprising:

a housing;

a processor mounted within said housing and processing digital data;

memory mounted within said housing for storing digital data and coupled to said processor;

a display coupled to said processor and said memory to display information derived from digital data processed by said processor; and

a control program stored in said memory and accessible by said processor to direct the processing of digital data by said processor;

said control program and said processor cooperating, when said control program is executing on said processor, in

a) displaying a form defining first and second data fields;

b) exercising a predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries to supply a data entry for the first data field; and

c) responding to the supplying of a data entry for the first data field by exercising a predictive widget to supply a data entry for the second data field.

10. A computer according to claim 9, wherein said control program and said processor cooperate, when said control program is executing on said processor, in storing a plurality of predictive lists from which a data entry for the second data field will be supplied based on factors including frequency and recency of predetermined and prior data entries and further wherein the predictive widget exercised to supply a data entry for the second data field selects one of the plurality of predictive lists in response to the supplying of a data entry for the first data field.

11. A computer according to claim 9, wherein said control program and said processor cooperate, when said control program is executing on said processor, in storing a predictive list from which a data entry for the second data field will be supplied based on factors including frequency and recency of predetermined and prior data entries and further wherein the predictive widget exercised to supply a data entry for the second data field selects an ordering of the predictive list in response to the supplying of a data entry for the first data field.

12. A computer according to claim 11, wherein said control program and said processor cooperate, when said control program is executing on said processor, in exercising the predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries to order the predictive list based upon the recency of use of listed data entries.

13. A computer according to claim 11, wherein said control program and said processor cooperate, when said control program is executing on said processor, in exercising the predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries to order the predictive list based upon the frequency of use of listed data entries.

14. A computer according to claim 11, wherein said control program and said processor cooperate, when said control program is executing on said processor, in exercising the predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries to order the predictive list based upon a user selected weighted determination of the recency and frequency of use of listed data entries.

15. A computer according to claim 11, wherein said control program and said processor cooperate, when said control program is executing on said processor, in storing the predictive list as a sequence of possible data entries and in exercising the predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries to order the sequence by positioning a leading portion of the sequence based on the recency of use of listed data entries and a trailing portion of the sequence of use of listed data entries.

16. A computer comprising:

a housing;

a processor mounted within said housing and processing digital data;

memory mounted within said housing for storing digital data and coupled to said processor;

a display coupled to said processor and said memory to display information derived from digital data processed by said processor; and

a control program stored in said memory and accessible by said processor to direct the processing of digital data by said processor;

said control program and said processor cooperating, when said control program is executing on said processor, in

a) displaying a form defining first and second data fields;

b) capturing user entries of data into each of the first and second fields;

c) storing captured user entries in a first predictive list of data entries for the first data field and at least one predictive list of data entries for the second data field;

d) exercising a first predictive widget to supply one of a predictive default and a predictive fill selected from the first predictive list as a data entry for the first data field based on factors including frequency and recency of predetermined and prior data entries; and

e) exercising a second predictive widget in response to a data entry in the first data field to supply one of a predictive default and a predictive fill selected as a data entry for the second data field from a predictive list determined by the data entry in the first field.

17. A display generating system comprising:

a housing;

a processor mounted within said housing and processing digital data;

memory mounted within said housing for storing digital data and coupled to said processor;

said processor and said memory cooperating in supplying digital data driving a display of visual images; and

a control program stored in said memory and accessible by said processor to direct the processing of digital data by said processor;

said control program and said processor cooperating, when said control program is executing on said processor, in

a) displaying a form defining first and second data fields;

b) exercising a predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries to supply a data entry for the first data field; and

c) responding to the supplying of a data entry for the first data field by exercising a predictive widget to supply a data entry for the second data field.

18. A system according to claim 17, wherein said control program and said processor cooperate, when said control program is executing on said processor, in storing a plurality of predictive lists from which a data entry for the second data field will be supplied based on factors including frequency and recency of predetermined and prior data entries and further wherein the predictive widget exercised to supply a data entry for the second data field selects one of the plurality of predictive lists in response to the supplying of a data entry for the first data field.

19. A system according to claim 17, wherein said control program and said processor cooperate, when said control program is executing on said processor, in storing a predictive list from which a data entry for the second data field will be supplied and further wherein the predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries and exercised to supply a data entry for the second data field selects an ordering of the predictive list in response to the supplying of a data entry for the first data field.

20. A system according to claim 19, wherein said control program and said processor cooperate, when said control program is executing on said processor, in exercising the predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries to order the predictive list based upon the recency of use of listed data entries.

21. A system according to claim 19, wherein said control program and said processor cooperate, when said control program is executing on said processor, in exercising the predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries to order the predictive list based upon the frequency of use of listed data entries.

22. A system according to claim 19, wherein said control program and said processor cooperate, when said control program is executing on said processor, in exercising the predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries to order the predictive list based upon a user selected weighted determination of the recency and frequency of use of listed data entries.

23. A system according to claim 19, wherein said control program and said processor cooperate, when said control program is executing on said processor, in storing the predictive list as a sequence of possible data entries and in exercising the predictive widget that predicts a data entry for a data field based on factors including frequency and recency of predetermined and prior data entries to order the sequence by positioning a leading portion of the sequence based on the recency of use of listed data entries and a trailing portion of the sequence of use of listed data entries.

24. A display generating system comprising:

a housing;

a processor mounted within said housing and processing digital data;

memory mounted within said housing for storing digital data and coupled to said processor;

said processor and said memory cooperating in supplying digital data driving a display of visual images; and

a control program stored in said memory and accessible by said processor to direct the processing of digital data by said processor;

said control program and said processor cooperating, when said control program is executing on said processor, in

a) displaying a form defining first and second data fields;

b) capturing user entries of data into each of the first and second fields;

c) storing captured user entries in a first predictive list of data entries for the first data field and at least one predictive list of data entries for the second data field;

d) exercising a first predictive widget to supply one of a predictive default and a predictive fill selected from the first predictive list as a data entry for the first data field based on factors including frequency and recency of predetermined and prior data entries; and

e) exercising a second predictive widget in response to a data entry in the first data field to supply one of a predictive default and a predictive fill selected as a data entry for the second data field from a predictive list determined by the data entry in the first field.

25. A mobile client computer comprising:

a housing sized to be held and manipulated by the hand of a user;

a processor mounted within said housing for processing digital data;

memory mounted within said housing for storing digital data and coupled to said processor;

a display mounted in said housing and coupled to said processor and said memory for displaying information derived from digital data processed by said processor;

an input digitizer mounted in said housing and overlaying said display, said digitizer being coupled to said processor for input of digital data by a user; and

a control program stored in said memory and accessible by said processor for directing the processing of digital data by said processor;

said control program and said processor cooperating, when said control program is executing on said processor, in

a) displaying a form defining first and second data fields;

b) exercising a predictive widget that predicts a data entry for a data field based on frequency of prior data entries to supply a data entry for the first data field; and

c) responding to the supplying of a data entry for the first data field by exercising a predictive widget that predicts a data entry for a data field based on frequency of prior data entries to supply a data entry for the second data field.

26. A mobile client computer comprising:

a housing sized to be held and manipulated by the hand of a user;

a processor mounted within said housing for processing digital data;

memory mounted within said housing for storing digital data and coupled to said processor;

a display mounted in said housing and coupled to said processor and said memory for displaying information derived from digital data processed by said processor;

an input digitizer mounted in said housing and overlaying said display, said digitizer being coupled to said processor for input of digital data by a user; and

a control program stored in said memory and accessible by said processor for directing the processing of digital data by said processor;

said control program and said processor cooperating, when said control program is executing on said processor, in

a) displaying a form defining first and second data fields;

b) exercising a predictive widget that predicts a data entry for a data field based on recency of prior data entries to supply a data entry for the first data field; and

c) responding to the supplying of a data entry for the first data field by exercising a predictive widget that predicts a data entry for a data field based on recency of prior data entries to supply a data entry for the second data field.