Button bars are a relatively new interaction method intended to speed up application use as compared to pull-down menus. This exploratory study compares three command selection methods: pull-down menus, button bars, and user choice of pull-down menus or button bars. Effectiveness was measured in two ways: speed of selection and error rate. 15 participants performed 15 word processor related tasks. Results show that in frequently used functions, such as character attribute selection (bold, italic, u nderline, etc.), button bars are faster. There were no statistically significant differences in error rates between the three interaction methods. (Also cross-referenced as CAR-TR-764
This paper introduces bubbling menus, a new design for cascading drop-down menus. Bubbling menus com...
This paper introduces bubbling menus, a new design for pull-down cascading menus. Bubbling menus com...
There are multiple ways to build a menu within an e-commerce site. In the study performed by J. Hamb...
Button bars are a relatively new interaction method intended to speed up application use as compared...
The present study was conducted in two phases to determine design tradeoffs relating to command bar ...
The effects of grouping items into categories were assessed for three methods of selection: 1) selec...
Graphical interfaces allow users to issue commands using pull-down menus, icon toolbars, and keyboar...
This study examines the effectiveness of adaptable and adaptive menus in desktop applications. An ad...
When some items in a menu are selected more frequently than others, as is often the case, designers ...
This paper introduces bubbling menus, a new design for cascading drop-down menus. Bubbling menus com...
A marking menu is designed to allow a user to perform a menu selection by either popping-up a radial...
Three experiments compared the speed and accuracy of item selection from two types of hierarchical p...
As advantages and disadvantages of graphical user interfaces are still controversial, this study foc...
[[abstract]]The purposes of this study were to design an Enhanced On-screen Keyboard, which was to i...
Graphical menus provide slow performance and yet users often try to select menu commands as fast as ...
This paper introduces bubbling menus, a new design for cascading drop-down menus. Bubbling menus com...
This paper introduces bubbling menus, a new design for pull-down cascading menus. Bubbling menus com...
There are multiple ways to build a menu within an e-commerce site. In the study performed by J. Hamb...
Button bars are a relatively new interaction method intended to speed up application use as compared...
The present study was conducted in two phases to determine design tradeoffs relating to command bar ...
The effects of grouping items into categories were assessed for three methods of selection: 1) selec...
Graphical interfaces allow users to issue commands using pull-down menus, icon toolbars, and keyboar...
This study examines the effectiveness of adaptable and adaptive menus in desktop applications. An ad...
When some items in a menu are selected more frequently than others, as is often the case, designers ...
This paper introduces bubbling menus, a new design for cascading drop-down menus. Bubbling menus com...
A marking menu is designed to allow a user to perform a menu selection by either popping-up a radial...
Three experiments compared the speed and accuracy of item selection from two types of hierarchical p...
As advantages and disadvantages of graphical user interfaces are still controversial, this study foc...
[[abstract]]The purposes of this study were to design an Enhanced On-screen Keyboard, which was to i...
Graphical menus provide slow performance and yet users often try to select menu commands as fast as ...
This paper introduces bubbling menus, a new design for cascading drop-down menus. Bubbling menus com...
This paper introduces bubbling menus, a new design for pull-down cascading menus. Bubbling menus com...
There are multiple ways to build a menu within an e-commerce site. In the study performed by J. Hamb...