Exaggerating the resurrection

Resurrection

The golden era of molecular biology has paved the way for us now to tweak, fix, engineer, or even entirely synthesize genomes at levels and scales never seen before. Sequencing technologies continue to improve at exponential rates and have yielded powerful new insights into organisms of the distant past, as well as those that co-inhabit the planet with us. The era of genomics has ushered in the...

Exaggerating Character Motion by Anticipation and Reaction

We present a method to exaggerate a character motion by anticipation and reaction. Exaggerating a motion is frequently observed in traditional cartoon-style character animations. According to the principles of traditional 2D animation techniques, the anticipation, reaction, and exaggeration of a motion make an animation quite expressive. The anticipation and reaction of a motion play a role in ...

Resurrection of the Rentier

Exaggerating Character Motions Using Sub-Joint Hierarchy

Motion capture cannot generate cartoon-style animation directly. We emulate the rubber-like exaggerations common in traditional character animation as a means of converting motion capture data into cartoon-like movement. We achieve this using trajectory-based motion exaggeration while allowing the violation of link-length constraints. We extend this technique to obtain smooth, rubber-like motio...

Resurrection Plants

Trehalose-6-phosphate synthase (TPS), as the key enzyme for the synthesis of plants trehalose, has effects of enhancing its anti-dehydration, as well as protecting biofilm, proteins, and others from harm. Additionally, reproductive isolation between species can be broken with transgenic technology, and beneficial gene of other species can be transformed and utilized to improve resistance of cro...