Articulated Objects in Free-form Hand Interaction. Z Fan, O Taheri, D Tzionas, M Kocabas, M Kaufmann, MJ Black, O Hilliges.

Introducing ARCTIC – the first dataset of free-form interactions of hands and articulated objects. ARCTIC has 1.2M images paired with accurate 3D meshes for both hands and for objects that move and deform over time. The dataset also provides hand-object contact information.

Beyond BMI for self-estimates of body size and shape: A new method for developing stimuli correctly calibrated for body composition. N Maalin, S Mohamed, RSS Kramer, et al.

A potential contributory factor to the rise in obesity is the failure of people to recognise weight gain. If we, or our health services, cannot accurately index body size, then the appropriate compensatory behaviours which might reduce weight will not be undertaken.

An exploratory study of bust measurements during running using 4D scanning technology. J Pei, L Griffin, SP Ashdown, J Fan, B Juhnke, C Curry.

The purpose of this research was to introduce the use of 4D scanning technology to understand breast shape in motion. Twenty-six female participants who identified themselves as wearing Missy Size 18 were recruited for scanning. Three most common bust measurements were tracked in dynamic states and compared with the static state.

Designing and utilizing 3D-printed skin incision guides during the first Dutch bilateral hand-arm transplantation. S Hummelink, AS Kruit, SER Hovius, DJO Ulrich.

This study believes 3D printed templates usage increases time efficiency, improves the match of skin flaps in donor and recipient arms, and allows us to control the amount of skin surplus without skin flap tip necrosis. In these procedures where time is of the essence, this team believes pre-operative planning is imperative for its success.

The detection of the upper boundary of breasts using 4D scanning technology. J Pei, L Griffin, SP Ashdown, J Fan.

One of the first studies that investigates the vertical displacement and the shape deformation of breasts during running using 4D scanning technology. Ultimately, the method and results can increase the understanding of breast kinematics, and benefit the product design of bras, especially for sports bras, and other products for women that require a close fit to the torso.