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首页> 外文期刊>International journal of human-computer studies >Post-transitioning user performance on cross-device menu interfaces
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Post-transitioning user performance on cross-device menu interfaces

机译：交叉设备菜单接口后转换后用户性能

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Multi-device user-interaction behavior creates a need to design cross-device menus that support users to relocate menu items efficiently and effectively after the transition from one device to another. We conducted two laboratory experiments to investigate the effects of specific designs of cross-device menus on post-transitioning user performance (selection time and selection error). In Experiment 1, a total of 72 participants moved between 32 desktop and mobile menu interfaces (representing 16 different designs of cross-device menus) to re-locate menu items. We investigated the effect on user performance of the cross-device menu configuration (complementary versus redundant items), menu length (short versus medium), menu item order (consistent versus inconsistent), and menu format (text-only versus text-and-icon items). The results showed significant main effects of configuration, length and item order with large partial eta-squared sizes. Users performed better with redundant menus, short menus, and menus with consistent item order than they did with complementary menus, medium menus, and menus with inconsistent item order. In Experiment 2, 20 participants moved between eight desktop and mobile menu interfaces (representing four different designs of cross-device menus) to re-locate menu items. We focused on the effect on user performance of the menu layout (horizontal-desktop and vertical-mobile versus vertical-desktop and vertical-mobile) at two different lengths (short versus medium). The results showed no significant effect of menu layout, and a significant effect of length with a small partial eta-squared size. Our study provides a foundation to researchers interested in further investigation of cross-device menu designs, and to practitioners in designing cross-device menus that allow more efficient and effective re-locating of menu items when moving between devices.
机译：多设备用户交互行为创建需要设计支持用户在从一个设备转换到另一个设备后有效且有效地重新定位菜单项的跨设备菜单。我们进行了两个实验室实验，以研究交叉设备菜单特定设计对转换后的用户性能（选择时间和选择误差）的影响。在实验1中，共有72名参与者在32个桌面和移动菜单接口之间移动（表示16种不同的交叉设备菜单设计）来重新定位菜单项。我们调查了对跨设备菜单配置（互补与冗余项目）的用户性能的影响，菜单长度（短与介质），菜单项顺序（一致与不一致）和菜单格式（仅限文本与文本 - 以及 - 图标项目）。结果表明配置，长度和物品顺序具有大部分ETA平方尺寸的显着主要影响。用户使用冗余菜单，短菜单和符合项目订单的互补菜单，中等菜单和菜单的冗余菜单，短菜单和菜单更好。在实验2中，20名参与者在八个桌面和移动菜单接口（表示四种不同设计的交叉设备菜单）之间进行重新定位菜单项。我们专注于两个不同长度（短与介质）的菜单布局（水平桌面和垂直移动与垂直移动）的用户性能的影响。结果表明，菜单布局没有显着影响，并且具有小部分ETA平方尺寸的长度的显着效果。我们的研究为对进一步调查交叉设备菜单设计的研究人员提供了对跨设备菜单设计的研究人员的基础，并在设计跨设备菜单方面允许在设备之间移动时更有效和有效地重新定位菜单项。

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