Specific Solutions
Medical robot terminology - from professional translation companies
Multi-scale robotics | 多尺度机器人 |
Cellular Robotics System | 细胞机器人系统 |
multiple robotics system | 多机器人系统 |
Brachiation Robots | Brachiation(荡树枝运动)机器人 |
Multi-locomotion robots | 多运动机器人 |
Cyborg | 赛博格 |
Bionic System | 仿生系统 |
Neurorobotics | 神经机器人 |
生物脑 | biological brain |
机器头脑 | Cyber-Brain |
小脑、中脑、脑干 | cerebellum, midbrain and brainstem |
云脑 | Cloud Brain |
脑机融合 | Brain-Computer Fusion |
人机交互 | Human–Computer Interaction |
decorrelation of pattern segmentation | 模式分割的去相关 |
multi-stable perception of vision | 多稳态视觉感知 |
Brain inspired computing system | 类脑计算机系统 |
Brain-computer interface | 脑机接口 |
neuronal firings | 神经元放电 |
primary motor cortex | 初级运动皮层 |
cortical homunculus | 皮质小人模型 |
primary somatosensory cortex | 初级体觉皮层区 |
motor control | 动力控制 |
musculoskeletal model | 骨肌模型 |
Electroencephalography (EEG) | 脑电图 |
temporal resolution | 时间分辨率 |
view-tuned neurons | 视觉调谐神经元 |
inferior temporal cortex | 下颞叶皮层 |
neural substrates | 神经基质 |
view invariant face recognition | 视角不变的人脸识别/视点不变的人脸识别 |
view sensitive visual features | 视角敏感的视觉特征/视点敏感的视觉特征 |
ventral visual pathway | 腹侧视觉路径 |
shallow network | 浅层网络 |
Asynchronous event | 异步事件 |
point process | 点过程 |
Tacit Learning | 隐性学习 |
Motion Adaptation Mechanism of Neurological System | 神经系统的运动适应机制 |
reflexive control loops | 反射控制循环 |
forearm prosthesis | 前臂假肢 |
exoskeleton robot | 外骨骼机器人 |
holographic lens free imaging | 无透镜全息成像 |
support vector machine | 支持向量机 |
convolutional neural network | 卷积神经网络 |
neuropsychiatric disorders | 神经精神疾病/神经精神障碍 |
connectomics | 神经连接组学 |
resting-state functional connectivity network | 静息状态功能连接网络 |
discriminant circuit feature | 判别回路特征/判别式循环电流电路特征 |
dimensional phenotypes | 维度表型 |
etiology | [病理] 病因学 |
Ultra-thin Conformal Brain-integrated Electronics | 超薄共形脑集成电子器件 |
soft bioelectrodes | 柔性生物电极 |
electrocorticogram (ECoG) | 基本皮层电图/皮层脑电图 |
intracranial applications | 颅内应用 |
spontaneously conformal coupling with cortical surface | 自发地与皮质表面进行共形(保形)的耦合 |
controllable loading/delivery of therapeutic molecules | 治疗分子的可控装载/传递 |
前额叶 | front lobe |
机器头脑 | cyber brain |
仿生 | bionic |
海马 | Hippocampus |
前庭 | vestibule |
转角 | angle rotation |
双眼协调运动 | Binocular coordinated movement |
交叉 | crossing |
上丘 | superior colliculus |
跳跃型眼球运动 | saccade |
攀援纤维 | climbing fiber |
flocculus | 绒球 |
高尔基细胞 | Golgi cell |
调节相位 | Phase Adjustment |
单眼运动控制系统 | Monocular motion control system |
肌肉转角传感器 | muscle angle rotation sensor |
特征点提取 | Feature point extraction |
视差图 | Disparity map |
语义分割 | Semantic segmentation |
曲率 | Curvature |
光流检测 | Optical flow detection |
双目校准 | Binocular calibration |
视差抽出 | Parallax extraction |
自标定 | Self-calibration |
无监督学习 | Unsupervised learning |
拼接技术 | Splicing technology |
语义识别 | Semantic recognition |
动态建图时实时剔除 | Real-time culling when dynamic mapping |
定位导航 | slam |
无序点云 | Disordered point cloud |
场景分割 | Scene segmentation |
显著性提取 | Significant extraction |
轨迹生成 | Trajectory generation |
仿生鹰头 | Bionic eagle |
Flow cytometer | 流式细胞仪 |
Hematology analyzer | 血液分析仪 |
Laser diode | 激光二极管 |
Diffraction | 衍射 |
CELL SORTER | 细胞分选 |
Integrated flow cytometer on-chip | 片上集成流式细胞仪 |
lymphocytes | 淋巴细胞 |
monocytes | 单核细胞 |
granulocytes | 粒细胞 |
neutrophils | 中性粒细胞 |
Eosinophils | 嗜酸性粒细胞 |
Basophils | 嗜碱性粒细胞 |
Symbiotic Interactions | 共生互动 |
Pectralis Major | 胸大肌 |
Infra spinatus | 棘下肌 |
Med Deltoid | 三角肌 |
Teres Major | 大圓肌 |
Trapezius (Lower part) | 斜方肌(下部) |
前锯肌 | Serratus Anterior |
肱二头肌 | Biceps Brachii |
肱三头肌 | Triceps Brachii |
Bipedal waking of humanoid robot | 人形机器人的双足走路 |
spinal cord | 脊髓 |
Musculo-skeletal system | 肌肉系统 |
compliant actuators and mechanics | 兼容的执行器和机械 |
Proprioception | 本体感受 |
Motor primitives | 运动原语 |
Stiffness | 刚性 |
Inverse Statics Model | 逆静力学模型 |
Actor-Critic Agent | 评价器 |
Forward Dynamics Model | 前向动力学模型 |
feed-forward command | 前馈命令 |
efferent copy | 传出副本 |
Sparse Regression | 稀疏回归 |
Hierarchical Bayesian estimation | 分层贝叶斯估计 |
dendrite spines | 树突棘 |
synapses | 突触 |