?biped

biped發(fā)音

英：[?ba?ped]　　美：[?ba??p?d]

英：　　美：

biped中文意思翻譯

n. 兩足動(dòng)物

adj. 兩足的

biped同義詞

primate | human | bipedal | humanoid | two-footed

biped反義詞

quadrupedal | quadruped

biped常見(jiàn)例句

1 、biped roller-skating robot───兩足溜冰機器人

2 、biped robot with heterogeneous legs───異構雙腿行走機器人

3 、DISTRIBUTED MOTION CONTROL SYSTEM OF BIPED WALKING ROBOTS BASED ON SERCOS───基于SERCOS總線(xiàn)的兩足步行機器人分布式運動(dòng)控制系統

4 、And on receiving the bull of the Sakyans, longingly, the master of mantras & signs exclaimed with a confident mind: "This one is unsurpassed, the highest of the biped race."───他精通相術(shù)和頌詩(shī)，急切地接過(guò)釋迦族之公牛，滿(mǎn)懷喜悅地說(shuō)道：“這是人中之魁首，至高無(wú)上?！?/p>

5 、small biped robot───小型雙足機器人

6 、Abstract The Biped walking desktop-robot is not only applied widely in teaching, competitions and entertainments, but also treated as a research tool of biped walking.───摘 要 桌面型的兩足步行機器人不僅在教學(xué)、比賽和娛樂(lè )等方面應用廣泛，并且也可以作為兩足步行研究的平臺。

7 、Wasting energy during motion of a biped robot is an interesting topic.In this thesis, wasting energy of biped robot walking patterns influenced by motion degree of freedom is studied.───中文摘要兩足機器人運動(dòng)所消耗的能量是一個(gè)值得研究的課題，本論文探討步態(tài)自由度，對兩足機器人運動(dòng)時(shí)所消耗能量的影響。

8 、biped soccer robot───雙足足球機器人

9 、Attitude Control of Biped Robot Based on Optimal Reactive Force Distribution───基于地面反力最優(yōu)規劃的雙足機器人姿態(tài)控制

10 、Mini Biped Walking Robot───小型雙足步行機器人

11 、The experimental results are shown that the angle input by the user can be adjusted through the back-propagation neural network for the intelligent control of the biped robot motions.───實(shí)驗結果證明，依使用者自行輸入的角度，并且透過(guò)倒傳遞類(lèi)神經(jīng)網(wǎng)路應用于二足機器人運動(dòng)中，能讓機器人自動(dòng)的調整重心之對應踝關(guān)節角度，以達到智慧型控制。

12 、biped erection robot───雙足直立機器人

13 、Sensor-based Locomotion Control System of Biped Robot───基于多傳感器信息的雙足機器人步行系統的研究

14 、biped humanoid robot───仿人機器人

15 、Gait Planning of a Biped Walking Robot───雙足步行機器人的步態(tài)規劃

16 、The Design of Control System of Biped Ice-skater Robot───雙足溜冰機器人控制系統設計

17 、biped system───兩足動(dòng)物系統

18 、Stability analysis of biped robot gait in consideration of its mass distribution───兩足機器人質(zhì)量分布與步行穩定性及效率關(guān)系研究

19 、Review of Studies on Biped Robot Gait───兩足機器人步態(tài)綜合研究進(jìn)展

20 、They were all bipeds, big snouts, more or less chimpsized brains.─── 他們都是兩足動(dòng)物 下顎很長(cháng) 腦體積都和猩猩差不多

21 、They became bipeds, and in short order, brain size increased.─── 他們進(jìn)化為兩足動(dòng)物 很快 大腦尺寸增加

22 、Research on walking gait based on biped soccer robot───雙足足球機器人行走步態(tài)研究

23 、A set of modular chains could navigate an obstacle course by crawling through a tunnel as a snake, crossing rocky terrain as a spider and riding a tricycle across a bridge as a biped.───很多鏈型機器人能夠越過(guò)很多障礙物，比喻它能夠像蛇一樣爬行穿過(guò)管道，能夠像蜘蛛一樣跨國巖石地形，能夠像兩足動(dòng)物一樣騎著(zhù)三輪車(chē)行駛過(guò)橋梁。

24 、The Library for Character Studio Biped.───兩足角色庫

25 、Gait Planning and Control Implementation of Biped Robot with Heterogeneous Legs───異構雙腿機器人步態(tài)規劃與控制實(shí)現

26 、Restrictions on a Realizable Gait of a Biped Robot Climbing Upstairs───雙足機器人上樓梯步態(tài)規劃的復現性要求

27 、Design and study of a biped walking chair robot───兩足步行椅機器人的設計與研究

28 、The biped Inorganics, and the massive Inorganic feline automata called Hellcats, were immobilized once the huge brain controlling them was deactivated.───當控制他們的因維主腦一旦被弄的失能后，這些雙足因維德無(wú)機奴仆和被叫成地獄貓的貓狀因維德自控機甲就再難挪動(dòng)一步。

29 、Anatomically speaking, he had the receding back skull of a biped.─── 從解剖學(xué)上說(shuō) 他具有兩足動(dòng)物退后的后枕骨

30 、The dynamical stability of biped locomotion and the dynamical process of jumping motion of human body are analyzed in this paper.Some problems related to the race-walking and running are discussed.───摘要 分析人體雙足步行的動(dòng)態(tài)穩定性以及跳躍運動(dòng)的動(dòng)力學(xué)過(guò)程. 討論與競走和跑步運動(dòng)有關(guān)的 力學(xué)問(wèn)題.

31 、The Research on Stability Computation for a Biped Walking- Chair Robot───兩足步行椅機器人的穩定性研究

32 、Or you could even go half way between a quad and a biped model.───或者，你甚至可以在四足和兩足模式中各取一半?！?/p>

33 、The gait of a biped robot climbing stairs consists of foot trajectory and hip trajectory.───摘要將雙足機器人上樓梯的步態(tài)規劃問(wèn)題分解為腳踝運動(dòng)軌跡和臀部運動(dòng)軌跡的規劃問(wèn)題。

34 、My hallucinations were rarely biped and never men.─── 我的幻覺(jué)少有雙足動(dòng)物 從沒(méi)有人

35 、Robust Control of Biped Robot───雙足機器人的魯棒控制

36 、Gait Planning and Nonlinear Control of Dynamic Walking for a Five-Link, Four-Actuator, Planar Biped Robot───五桿四驅動(dòng)平面雙足機器人動(dòng)態(tài)步態(tài)規劃與非線(xiàn)性控制

37 、Research on Real-time Obstacle Avoidance Navigation System of Biped Soccer Robot───雙足足球機器人實(shí)時(shí)避障導航系統研究

38 、The main aim of this thesis is to develop a biped robot which walk stably in various enviroments.───摘要:本論文主要是設計一個(gè)能在不同環(huán)境下穩定行走之雙足機器人。

39 、The master-slaver dual-leg coordination control was used for biped robot with heterogeneous legs(BRHL) to simplify its planning scheme, of which the key of coordination is gait tracking control.───主從式雙腿協(xié)調控制用于異構雙腿行走機器人可減少規劃量,控制的關(guān)鍵是步態(tài)軌跡跟蹤.仿生膝關(guān)節使機器人步態(tài)更加仿人;

40 、Research of Biped Walking-Chair Robot and Walking Stability Computation───兩足步行椅機器人及其穩定性計算研究

41 、Dynamical Modeling and Computing of Biped Robot with Heterogeneous Legs and Closed-Chain───含閉鏈異構雙腿行走機器人動(dòng)力學(xué)建模與求解

42 、biped walking chair robot───兩足步行椅機器人

43 、Real time obstacle detection system for biped robot───雙足機器人實(shí)時(shí)障礙檢測視覺(jué)系統

44 、This paper addresses time-invariant gait planning and finite-time nonlinear control strategy for a five-link, four-actuator planar biped robot to realize dynamic walking.───摘要以五桿四驅動(dòng)的平面雙足步行機器人為對象，研究了其動(dòng)態(tài)步行的時(shí)不變步態(tài)規劃和限定時(shí)間的非線(xiàn)性控制策略。

45 、What we're looking for is, uh... is flesh and blood male biped.─── 我們在找的是一個(gè)有血有肉的男性?xún)勺銊?dòng)物

46 、The Control System of Biped Moving Micro-robot───小型雙足移動(dòng)機器人控制系統

47 、To provide an ideal testing platform to develop intelligent bionic legs,a new mode of humanoid biped robot with heterogeneous legs(BRHL) is proposed.───為了給智能仿生腿的開(kāi)發(fā)提供一個(gè)理想的研究平臺,提出了異構雙腿行走機器人(BRHL)這一全新的類(lèi)人機器人模式。

48 、biped ice - skater robot───雙足溜冰機器人

49 、biped walking robots───雙足步行機器人

50 、A Closed-form Inverse Kinematics Solution of a Biped Robot───一種求兩足機器人運動(dòng)學(xué)逆解的解析方法

51 、biped robots───雙足機器人

52 、biped walking robot───兩足步行機器人

53 、Relative step width impact on mechanical energy costs in biped walking───基于相對步寬的兩足步行結構的機械能耗研究

54 、Set on the upright spine of a biped, his eyes point straight ahead.─── 如果把頭骨放在兩足動(dòng)物的直立脊椎上 他的眼睛直視前方

55 、Comparing with traditional 6 DOF biped mechanisms, it has the following two advantages.───它和傳統的6自由度雙足步行機構相比，具有下述兩大優(yōu)點(diǎn)。

56 、Influence of Biped Walking-chair Robot's Walking Parameters on its Stability───兩足步行椅機器人步行參數對穩定性的影響分析

57 、When biped robot walks on the uneven ground,over-obstacle motion needs to be generated in response to terrain character.───兩足機器人在崎嶇不平的地面上行走時(shí),需要根據地形特征產(chǎn)生相應的越障步行運動(dòng)。

58 、Gait Optimization Based on Genetic Algorithm for a Biped Robot Climbing Upstairs───基于遺傳算法的雙足機器人上樓梯的步態(tài)規劃

59 、Not decomposing the biped's motion in sagittal and frontal plane, we deal with the 3 dimension kinematic of the biped.───同時(shí)沒(méi)有把運動(dòng)分解到橫向面和縱向面以簡(jiǎn)化計算，而是一種完全3維的運動(dòng)學(xué)分析方法，可以處理機器人任意復雜的下肢運動(dòng)。

60 、The Application of CAN on Control System of Biped Walking Robot───CAN總線(xiàn)在兩足步行機器人控制系統中的應用

61 、biped mechanism───兩足機構

62 、Gait Stability Analysis of Biped Walking Chair Robot Based on Its Mechanical Parameters───兩足步行椅機器人機械參數與步行穩定性關(guān)系研究

63 、A biped walking-chair robot serves the disabled by replacing their wheel chairs or artificial limbs.───兩足步行椅機器人是一種替代輪椅或假肢、為殘疾人服務(wù)的助殘機器人。

64 、postural stability of biped robots───二足機器人姿態(tài)穩定性

65 、Survey on Gait Control Strategies for Biped Robot───雙足機器人步態(tài)控制研究方法綜述

66 、Mechanism Design of a Biped Walking-chair Robot───兩足步行椅機器人的機構設計

67 、A composed design/integrated optimization gait programming method for the biped robots was proposed.───摘要針對雙足機器人步行問(wèn)題，提出了一種基于分離設計/集成優(yōu)化的步態(tài)規劃方法。

68 、Design of the Structure and Control Board of Small Biped Walking Robot───雙足步行機器人的結構及其控制系統設計

69 、Qualitative Mapping Applied to Stability Control for Biped Robot───雙足機器人穩定性控制的定性映射描述

70 、This paper studies the postural stability and unbalance issues of biped robots with one supporting foot on ground.───對在不同形態(tài)下機器人單足著(zhù)地的穩定及失衡問(wèn)題進(jìn)行了研究。

71 、biped robot───兩足機器人

72 、1.In the viewport select the biped parts to which you want to add list controllers.───先在視埠選擇骨架中你要加入列表控制的部分。

73 、Dynamic Analysis of the Biped Ice-skater Robot of Passive Wheel Type when Straight Skating───雙足溜冰機器人直線(xiàn)滑行動(dòng)力學(xué)分析

74 、The goal of this study is design a 16-D.O.F biped robot and simulate walking pattern of biped walking robot.───摘要:本論文主要研究的是模擬16個(gè)自由度的雙足步行機器人之步行規劃與平衡控制。

75 、Biped robot with heterogeneous legs (BRHL) is a new pattern humanoid robot.───摘要異構雙腿行走機器人(BRHL)是一種全新的類(lèi)人機器人模式。

76 、Desired gait synthesis in biped robot based on reactive force───基于地面反力的雙足機器人期望步態(tài)軌跡規劃

77 、Abstract ： Comparing with wheeled robot, the biped robot has more flexible mechanical system.───摘要 ：與輪行機器人相比，雙足機器人具有更靈活的機械結構。

78 、The Study of Actual ZMP Measurement for a Biped Walking Robot Based on Force Plates Array System───基于測力平臺陣列的雙足步行機器人實(shí)際零力矩點(diǎn)檢測

79 、In this thesis, model following adaptive fuzzy tracking control is presented for multi-input multi-output (MIMO) biped robot.───中文摘要在本論文要探討一個(gè)適應模糊控制器針對于這個(gè)多輸入多輸出參數未知的二足機器人。

80 、Sliding-Mode Control of Biped Robot───雙足機器人的滑?？刂?/p>

81 、biped locomotion───雙足步行

82 、extraordinary biped robot───異構雙腿機器人

83 、The objective of this study is to obtain dynamic stable cycle gait for underactuated biped robot.───以欠驅動(dòng)雙足機器人為對象研究其周期穩定的動(dòng)態(tài)步態(tài)規劃方法。

84 、Principle of Biped Ice-skater Robot and Its Kinematic Analysis───雙足溜冰機器人運動(dòng)原理與運動(dòng)學(xué)分析

85 、The purpose of the thesis is to find a walking trajectory for a walking biped robot to walk stably.───摘要:本論文的研究重點(diǎn)為如何產(chǎn)生能讓機器人平穩行走的步行軌跡。

86 、The most important thing during the moving process of biped walking robot is that plan of steps and control of balance.Generally it ignored the effect of external force.───雙足機器人在移動(dòng)過(guò)程中最重要為步伐的規劃與平衡的控制，一般都會(huì )忽略外部力量的影響，而降低了機構移動(dòng)時(shí)的穩定性。

bone骨骼怎么轉biped骨骼？

在Blender中，要將bone骨骼轉換為biped骨骼，需要執行以下步驟：

1. 打開(kāi)Blender并導入模型。

2. 選擇要轉換的骨骼對象。

3. 進(jìn)入編輯模式，選擇所有骨骼。

4. 執行“Armature”菜單下的“Biped”命令。

5. 根據需要調整Biped骨骼的參數，如步長(cháng)、體型等。

6. 完成轉換后，可以根據需要對Biped骨骼進(jìn)行進(jìn)一步調整和優(yōu)化。

需要注意的是，轉換后的Biped骨骼可能會(huì )與原始bone骨骼有所不同，需要適當調整位置、旋轉和縮放等屬性，以確保其在場(chǎng)景中的正確性。

bone骨骼怎么轉biped骨骼？

要將bone骨骼轉換為biped骨骼，首先需要確定biped骨骼的結構和骨骼數量。

然后，逐個(gè)將bone骨骼與biped骨骼進(jìn)行匹配，確保它們的位置和角度符合biped骨骼的要求。

接下來(lái)，對骨骼進(jìn)行重新綁定和調整，確保它們在動(dòng)作過(guò)程中能夠自然流暢地移動(dòng)。

最后，對骨骼進(jìn)行校準和優(yōu)化，保證它們能夠正確地反應動(dòng)作和姿勢。在這個(gè)過(guò)程中，需要仔細觀(guān)察和調整每個(gè)骨骼，以確保最終的biped骨骼可以實(shí)現理想的動(dòng)作效果。