Interactive gaming method and apparatus with emotion perception ability

[0001] The present invention relates to a gaming method and apparatus, and more particularly, to an interactive gaming method and apparatus with emotion perception ability, which is capable of interpreting a user's gestures and bio statuses detected respectively by the inertial sensing module and the bio sensing module while using the interpretation as feedbacks for controlling a game to interact with the user accordingly so as to train and improve the motion harmonics and self-control of the user.

[0002] With the evolution of video games, the current trend is to enable the game characters of a video game to interact with players through certain input devices of the game platform. The conventional input devices, such as mice, keyboards, or joysticks, etc., simply rely on a cross key and push button arranged thereon for enabling game character movement and command selection.

[0003] However, as the popular of so-called “virtual reality” (VR) game systems, players are enabled to experience computer-generated environments instead of merely interacting with them over a display screen. Such systems typically require the user to don goggles, through which he or she reacts naturally to the changing virtual environment, generating signals that the computer interprets to determine the state and progress of the presented environment. In these virtual reality game systems, the realistic feeling can be enforced if signals perceivable to the computer can be generated in accordance to the gestures and emotional responses of the user in real time. Moreover, as the signals generated by the combinations of user's gestures and emotional responses have far more varieties than that of button-pressing input devices, the control of the user to video game is greatly enhanced.

[0004] With this in mind, an improved input device, which is capable of detecting and interpreting a user's external gestures and internal physiological/emotional responses while using the interpretation as feedbacks for controlling a game to interact with the user, are in great need.

[0005] Many attempts have been made to develop such input devices, one of which is disclosed in U.S. Pat. No. 5,534,917, entitled “VIDEO IMAGE BASED CONTROL SYSTEM”. The control system of the aforesaid patent uses a video camera to capture images of a user, such that the captured imaged are processed and analyzed to be applied in a three-dimensional VR game. Although the abovementioned system can allow a device to be controlled through movement or positioning of a user within the field of view of a camera, which is preferred than those conventional mice, keyboards and joysticks, the type of control offered by the abovementioned system requires a plurality of video cameras to operate simultaneously that the whole system is bulky, difficult to set up and costly. In addition, the abovementioned system has no usefulness in detecting user's physiological/emotional responses while he/she is playing the three-dimensional VR video game.

[0006] Another attempt is disclosed in U.S. Pat. No. 6,909,420, entitled “DEVICE INDICATING MOVEMENTS FOR SOFTWARE”. The system of the aforesaid patent comprises at least a sleeve for putting on over the joints of a users and at least a movement sensor fixed to each sleeve, by which a movement of the user wearing the sleeves on the limbs thereof can be detected and used as input of a game platform for enabling the user to interact with a game operating on the game platform. However, since the movement sensor used in the abovementioned system is an on/off sensor, the sleeves can not detect sophisticated movements and displacement since the sensor with on two settings, i.e. ON and OFF, is not sufficiently sensitive. In addition, the abovementioned system also has no usefulness in detecting user's physiological/emotional responses.

[0007] Yet, another attempt is disclosed in U.S. Pat. No. 6,190,314, entitled “COMPUTER INPUT DEVICE WITH BIIOSENSORS FOR SENSING USER EMOTIONS”, as shown in FIG. 1. In FIG. 1, the aforesaid input device 10 is comprised of: a biosensor 101, for detecting and measuring pulses of a user by a means of infrared; a temperature sensor, for measuring temperature variation of the user; and a contact electrode, for measuring galvanic skin response (GSR) of the user; such that the physiological attributes relating to the user's emotional state, including anger, fear, sadness, disgust, joy and surprise, etc., can be recognized and measured. However, the input device 10 is an optical mouse or a mechanical mouse that can only detect user's hand movements on a plane and is connected to a computer 102, it is not operable in space and thus can not be applied in a three-dimensional VR video game

[0008] From the above description, it is noted that the prior-art interactive control systems are lack of means of using physiological attributes relating to a user's emotional state and the user's gestures as inputs to a video game for enabling the user to interact with game characters of the video game. Therefore, a novel interactive gaming method and apparatus with emotion perception ability is needed.

[0009] The primary object of the present invention is to provide an interactive gaming method and apparatus with emotion perception ability, by which not only gestures of a user can be detected and used as inputs for controlling a game, but also physiological attributes of the user such as heart beats, pulses, blood oxygen level, general somatic activities, galvanic skin response (GSR), etc., can be sensed and used as emotional feedbacks of the game affecting the user, that is, the interactive gaming apparatus will interpret the detected physiological attributes and gestures of a user of the gaming apparatus, and employ the interpretation as a basis for evaluating the movements and emotions of the user immediately, and then the evaluation obtained by the interactive gaming apparatus is sent to the gaming platform to be used as feedbacks for controlling the game to interact with the user accordingly.

[0010] Another object of the invention is to provide an interactive gaming method and apparatus with emotion perception ability, which is compact and commercially feasible by the utilization of micro inertial sensing modules, non-invasive bio sensing modules and wireless communication means.

[0011] Yet, another object of the invention is to provide an interactive gaming method and apparatus with emotion perception ability, capable of using an micro inertial sensing module to detect the displacement/rotation movements of hands holding the gaming apparatus and thus generating electronic signals to be received and processed by a signal processor while enabling the processed signals to be used as input signals of a gaming platform, and therefore, freeing the hands from those button-pressing operations for generating input signals and thus releasing the fingers from pain and fatigue.

[0012] One further object of the invention is to provide an interactive gaming method and apparatus with emotion perception ability, capable of using an micro inertial sensing module to detect the displacement/rotation movements of hands holding the gaming apparatus and thus generating electronic signals to be received and processed by a signal processor while enabling the processed signals to be used as input signals of a gaming platform, and therefore, increasing the information displaying area of the gaming apparatus since the conventional press buttons can be eliminated from the interactive gaming apparatus of the invention.

[0013] To achieve the above object, the present invention provides an interactive gaming method with emotion perception ability, which comprises steps of: sensing a movement for generating a gesture signal accordingly while detecting at least a bio signal caused by emotional variation; receiving and processing the gesture signal and the least one bio signal so as to generate a processed signal accordingly; and interpreting the movement and the emotion variation of the user with reference to the processed signal while using the interpretation as basis for evaluating the movements and emotions of the user so as to issue a digital signal accordingly.

[0014] Preferably, the interactive gaming method with emotion perception ability further comprises a step of: enabling an interactive apparatus to display an interaction with respect to the digital signal. In a preferred aspect, the interactive apparatus can be a device selected from the group consisting of a display and a gaming platform.

[0015] Preferably, the bio signal can be a signal selected form the group consisting of: a heart rate signal, a blood oxygen level signal, a blood perfusion rate signal, a skin impedance signal, a temperature signal and a moisture signal.

[0016] Preferably, the gesture signal comprises at least an acceleration signal.

[0017] Moreover, to achieve the above object, the present invention provides an interactive gaming apparatus with emotion perception ability, which comprises: an inertial sensing module, for sensing a movement and generating a gesture signal accordingly; a bio sensing module, for sensing at least a physiological attribute and generating at least a corresponding bio signal accordingly; and a signal processing unit, electrically connect to the inertial sensing module and the bio sensing module, for receiving and interpreting the gesture signal and the at least one bio signal while using the interpretation as basis for issuing a digital signal accordingly.

[0018] Preferably, the bio sensing module is a module comprising devices selected form the group consisting of an optical heart rate sensor, an electronic heart rate sensor, an optical blood oxygen level sensor, an optical blood perfusion rate meter, an electronic skin impedance sensor, a temperature sensor and a moisture sensor.

[0019] Preferably, the interactive gaming apparatus with emotion perception ability of the invention is substantially a device selected from the group consisting of a game wrist sleeve, a game groove, a joystick, and a gamepad.

[0020] Preferably, the signal processing unit further comprises: a first calculation unit, for receiving and processing the gesture signal to form a first electronic signal accordingly; a second calculation unit, for receiving and processing each bio signal to form a second electronic signal accordingly; and a signal processing/emotion interpretation module, for receiving the first and the second electronic signals while using the received signals as basis for evaluating the movement and emotions of the user so as to issue a digital signal according to the evaluation.

[0021] Preferably, the inertial sensing module further comprises a first inertial sensing part, for detecting a displacement of a movement moving along a first axis and a rotation of the movement rotating about a second axis.

[0022] Preferably, the inertial sensing module further comprises a second inertial sensing part, for detecting the displacement moving along the second axis and the rotations rotating about the first axis and a third axis. Moreover, the second inertial sensing part further is comprised of: a primary accelerometer, for detecting the displacement moving along the second axis; and an auxiliary accelerometer, being arranged apart from the primary accelerometer by a specific distance, for enabling the auxiliary accelerometer to detect an acceleration of one degree-of-freedom; wherein the accelerations measured by the primary accelerometer and the auxiliary accelerometer are subjected to a differential operation so as to detect the rotation rotating about the third axis.

[0023] In a preferred embodiment of the invention, the inertial sensing module further comprises a second inertial sensing part, for detecting the displacement moving along the second axis and the rotation rotating about the first axis and a third axis. Moreover, the second inertial sensing part further is comprised of: an accelerometer, for detecting the displacement moving along the second axis and the rotation rotating about the first axis; and a gyroscope, for detecting the rotation rotating about the third axis.

[0024] Preferably, the inertial sensing module further comprises a third inertial sensing part, for detecting the rotation rotating about the third axis.

[0025] In addition, to achieve the above object, the present invention provides an interactive gaming apparatus with emotion perception ability, which comprises:

• • [0026] a sensing unit, further comprising:
    • [0027] an inertial sensing module for detecting and measuring a movement to generate a gesture signal accordingly; and
    • [0028] a bio sensing module, for detecting and measuring at least a physiological attribute to generate at least a bio signal accordingly;
  • [0029] a signal processing unit, electrically connect to the inertial sensing module and the bio sensing module, for receiving and interpreting the gesture signal and the at least one bio signal while using the interpretation as basis for issuing a digital signal accordingly; and
  • [0030] a gaming platform, capable receiving the digital signal from the signal processing unit while using the received digital signal to control a game played thereon.

[0031] Preferably, the sensing unit further comprises a wireless transmission module, and the gaming platform further comprises a wireless reception module.

[0032] Preferably, the sensing unit is substantially a device selected from the group consisting of a game wrist sleeve, a game groove, a joystick, and a gamepad.

[0033] Preferably, the signal processing unit further comprises: a first calculation unit, for receiving and processing the gesture signal to form a first electronic signal accordingly; and a second calculation unit, for receiving and processing each bio signal to form a second electronic signal accordingly; wherein the first calculation unit can be arranged at a location selected from the group consisting a position on the sensing unit and a position on the gaming platform; and that is the same to the second calculation unit.

[0034] Preferably, the signal processing unit is electrically connected to a signal processing/emotion interpretation module, whereas the signal processing/emotion interpretation module is arranged at a location selected from the group consisting a position on the sensing unit and a position on the gaming platform.

[0035] In a preferred aspect of the invention, the signal processing unit further comprises: a first calculation unit, for receiving and processing the gesture signal to form a first electronic signal accordingly; a second calculation unit, for receiving and processing each bio signal to form a second electronic signal accordingly; and a signal processing/emotion interpretation module, for receiving the first and the second electronic signals while using the received signals as basis to issue a digital signal accordingly; wherein the signal processing/emotion interpretation module can be arranged at a location selected from the group consisting a position on the sensing unit and a position on the gaming platform.

[0036] In addition, the first calculation unit can be arranged at a location selected from the group consisting a position on the sensing unit and a position on the gaming platform, and that is the same to the second calculation unit.

[0037] Furthermore, to achieve the above object, the present invention provides an interactive gaming apparatus with emotion perception ability, which comprises:

• • [0038] an inertial sensing module for detecting and measuring a movement to generate a gesture signal accordingly;
  • [0039] a bio sensing module, for detecting and measuring at least a physiological attribute to generate at least a bio signal accordingly;
  • [0040] a signal processing unit, electrically connect to the inertial sensing module and the bio sensing module, f or receiving and interpreting the gesture signal and the at least one bio signal while using the interpretation as basis for issuing a digital signal accordingly; and
  • [0041] a displaying unit, coupled to the signal processing unit for receiving the digital signal.

[0042] Preferably, the interactive gaming apparatus of the invention further comprises a networking interface, for enabling the interactive gaming apparatus to connect to a network for downloading and updating softwares resided in the interactive gaming apparatus.

[0043] Preferably, the interactive gaming apparatus with emotion perception ability of the invention is substantially a mobile phone, a personal digital assistant, or a portable gaming console.

[0044] Preferably, the interactive gaming apparatus with emotion perception ability of the invention is capable of executing a game software, whereas the game software can be a software selected from the group consisting of a multimedia game, a 2D/3D animation game and a music playing software with tempo/volume control.

[0045] Preferably, the interactive gaming apparatus of the invention further comprises a memory, for storing the video game and icons of emotional expression.

[0046] Other aspects and advantages of the present invention will become apparent from the following detailed description, taken in conjunction with the accompanying drawings, illustrating by way of example the principles of the present invention.

[0054] For your esteemed members of reviewing committee to further understand and recognize the fulfilled functions and structural characteristics of the invention, several preferable embodiments cooperating with detailed description are presented as the follows.

[0055] Please refer to FIG. 2, which is a flowchart depicting steps of an interactive gaming method with emotion perception ability according to a preferred embodiment of the invention. The flow of the interactive gaming method 4 of FIG. 2 starts at step 40. At step 40, a movement is sensed for generating a gesture signal accordingly while detecting at least a bio signal caused by emotional variation, and then the flow proceeds to step 41. At step 41, the gesture signal and the least one bio signal are received and processed so as to generate a processed signal accordingly, and then the flow proceeds to step 42. It is noted that the bio signal can be a signal selected form the group consisting of: a heart rate signal, a blood oxygen level signal, a blood perfusion rate signal, a skin impedance signal, a temperature signal and a moisture signal, and the gesture signal is an acceleration signal. At step 42, the movement and the emotion variation are interpreted with reference to the processed signal while using the interpretation as basis to issue a digital signal accordingly, and then the flow proceeds to step 43. At step 43, an interactive apparatus is enabled to display an interaction with respect to the digital signal. In a preferred aspect, the interactive apparatus can be a display, or a gaming platform.

[0056] By the aforesaid method, an interactive gaming apparatus with emotion perception ability can be provided. Please refer to FIG. 3A, which is a schematic view of an interactive gaming apparatus with emotion perception ability according to a first preferred embodiment of the invention. In FIG. 3A, the interactive gaming apparatus with emotion perception ability 2 is comprised of a sensing unit 21 and a gaming platform 23. The sensing unit 21 can be arranged on a game wrist sleeve, a game groove, a joystick, and a gamepad, which is used for detecting a movement of a user and physiological attributes of the same while playing a video game. Moreover, the sensing unit 21 includes an inertial sensing module 211, a bio sensing module 211 and a signal processing unit 213. The inertial sensing module 211 is used for detecting and measuring accelerations or variations of angular velocity resulting from the movement of the user while generating a gesture signal accordingly. In this preferred embodiment, the inertial sensing module 211 is either being device capable of sensing a movement measured along a specific axis of a plane or along a specific direction define on the plane, or being a device capable of sensing a movement in a space defined by a 3-D Cartesian coordinates of X, Y, Z axes. In addition, the bio sensing module 212 is used for sensing at least a physiological attribute of the user and generating at least a bio signal accordingly; wherein the bio sensing module 212 can be an optical module comprising devices selected form the group consisting of a heart rate sensor, a blood oxygen level sensor, a blood perfusion rate meter, a skin impedance sensor, a temperature sensor and a moisture sensor.

[0057] The signal processing unit 213 is electrically connected to the inertial sensing module 211 and the bio sensing module 212 for receiving the gesture signal from the inertial sensing module 211 and the bio signal from the bio sensing module 212. In a preferred embodiment of the invention, the signal processing unit 213 further includes a first calculation unit 2131, a second calculation unit 2132 and a signal processing/emotion interpretation module 2133; wherein the first calculation unit 2131 is used for receiving and processing the gesture signal to form a first electronic signal accordingly; and the second calculation unit 2132 is used for receiving and processing each bio signal to form a second electronic signal accordingly. In addition, the sensing unit 21 further comprises a wireless transmission module 214, which is used for encoding the first and the second electronic signals while transmitting the encoded signals to the gaming platform 23.

[0058] In the first preferred embodiment shown in FIG. 3A, the signal processing/emotion interpretation module 2133 is arranged on the gaming platform 23 such that, as the wireless reception module 231 of the gaming platform 23 receives encoded signals transmitted from the wireless transmission module 24, the received encoded signals are decoded and sent to the signal processing/emotion interpretation module 2133 to be interpreted and used as a basis for evaluating the movements and emotions of a user immediately, and then the obtained evaluation is sent to the gaming platform 23 to be used as feedbacks for controlling a game or a content 232 to interact with the user accordingly, such as controlling the tempo, the speed, the batting average, shooting rate, or size/color of game characters, etc. of the game playing on the gaming platform 23. Moreover, the gaming platform 23 can be a computer, a game console or a multimedia player.

[0059] Please refer to FIG. 3B, which is a schematic view of an interactive gaming apparatus with emotion perception ability according to a second preferred embodiment of the invention. The configuration of the interactive gaming apparatus with emotion perception ability 2 of FIG. 3B is generally the same as that shown in FIG. 3A, and the only difference is that the signal processing/emotion interpretation module 2133 is arranged on the sensing unit 21 instead of the gaming platform 23. In addition, for simplified the structure of the sensing unit 21 as well as saving the power consumption of the same, it is also feasible to move and arrange the whole signal processing unit 213 on the gaming platform so that the wireless transmission module 214 simply transmits signals detected by the inertial sensing module 211 and the bio sensing module 212 while leaving the entire posterior signal processing to be performed on the gaming platform 23.

[0060] Please refer to FIG. 4, which is a schematic diagram showing the application of the interactive gaming apparatus with emotion perception ability of the first preferred embodiment of the invention. As shown in FIG. 4, the sensing unit 21 is a wrist sleeve having an inertial sensing module 211, a bio sensing module 212, a signal processing unit 213 and a wireless transmission module 214; wherein the bio sensing module 213 is further composed of a optical bio sensor 2121 and a impedance electrode 2122. The optical bio sensor 2121 is used for measuring physiological attributes, such as blood oxygen level, pulse, heart beat, and blood perfusion rate, etc. When a video game like a shooting game, a game of aero exercising, a ball game, a boxing game or a fighting game of martial art, etc., is played by a user wearing the wrist sleeve, the emotional responses and the gestures of the user will be detected by the bio sensing module 212 and the inertial sensing module 211 and enables the two modules to issue signals, corresponding to the detection, to be received and processed by the signal processing unit 213. Thereafter, the processed signals are sent to the wireless reception module 231 of the gaming platform 23 by the wireless transmission module 214 and further to the signal processing/emotion interpretation module 2133 to be interpreted and used as a basis for evaluating the movements and emotions of a user immediately, and then the obtained evaluation is sent to the gaming platform 23 to be used as feedbacks for controlling a game or a content 232 to interact with the user accordingly.

[0061] Please refer to FIG. 5A, which is a schematic view of an interactive gaming apparatus with emotion perception ability according to a third preferred embodiment of the invention. As seen in FIG. 4, the housing of the interactive gaming apparatus with emotion perception ability 3 is configured with a displaying unit 33, a networking interface 37 and a bio interface 38. The displaying unit can be a flat panel display of liquid crystal display, or organic light emitting diode panel, but is not limited thereby. The networking interface 37 is used for enabling the interactive gaming apparatus 3 to connect to a network either through a wired manner or a wireless manner so as to download and update softwares resided in the interactive gaming apparatus 3. Moreover, the interactive gaming apparatus 3 further comprises a memory, which is used for storing the video game and icons of emotional expression. It is noted that the interactive gaming apparatus 3 can be applied in a variety of devices, such as a mobile phone, a personal digital assistant (PDA), and a portable game console, and so on.

[0062] The internal sensing/processing mechanism of the interactive gaming apparatus 3 is shown in FIG. 5B, which shows the operation of the inertial sensing module and the bio sensing module of the third preferred embodiment of the invention. As seen in FIG. 5B, the internal sensing/processing mechanism of the interactive gaming apparatus 3 is arranged on a substrate 30, which is comprised of an inertial sensing module 31, a signal processing unit 31 and a bio sensing module 34. It is noted that the bio sensing module 33 is connected to the bio interface 38 of FIG. 5A, such that physiological attributes of a user can be detected by the bio sensing module 34 though the bio interface 38 as the thumb of the user is engaged with the bio interface 38 while the interactive gaming apparatus 3 is held in the hand of the user.

[0063] Moreover, the inertial sensing module 31 is an inertial sensor of sensing a least one degree-of-freedom sensibility. In this preferred embodiment, the inertial sensing module 31 is an inertial sensor capable of sensing a movement of six degree-of-freedom, which is comprised of an X-axis inertial sensing part 311, a Y-axis inertial sensing part 312 and a Z-axis inertial sensing part 313. That is, as inertial sensing module 31 is place in a space defined by a 3-D Cartesian coordinates of X, Y, Z axes, a movement of six degree-of-freedom can be sensed by the inertial sensing module 31 and generate a sensing signal accordingly, that the X-axis inertial sensing part 311 is enabled to sense a displacement measured along the X axis and the rotation ω_y about the Y axis, and the Y-axis inertial sensing part 312 is enabled to sense a displacement measured along the Y axis and the rotations ω_y, ω_z respectively about the Y and Z axis, and the Z-axis inertial sensing part 313 is enabled to sense a displacement measured along the Z axis. In addition, the signal processing unit 32 is coupled to the inertial sensing module 31 and the displaying unit (not shown in FIG. 5B), so that the signal processing unit 32 can receive and process the sensing signal and then transmit the processed signal to the displaying unit for enabling the displaying unit to display game characters with respect to the processed signal.

[0064] In the preferred embodiment of FIG. 5B, the X-axis inertial sensing part 311 and the Z-axis inertial sensing part 313 are respectively an accelerometer, and the Y-axis inertial sensing part 312 is further comprised of: a primary accelerometer 3121, for detecting the displacement moving along the Y axis; and an auxiliary accelerometer 3122, being arranged apart from the primary accelerometer 3121 by a specific distance D, for enabling the auxiliary accelerometer to detect an acceleration of one degree-of-freedom; wherein the accelerations measured by the primary accelerometer 3121 and the auxiliary accelerometer 3122 are subjected to a differential operation so as to detect the rotation rotating about the Z axis. As for the rotation about the X axis can be selected to be sensed by the primary accelerometer 3121 or the auxiliary accelerometer 3122.

[0065] As the inertial sensing module 31 is subjecting to a movement of a user holding the interactive gaming apparatus 3, the sensing signal is sent to the signal processing unit 32 to be interpreted and used as a basis for evaluating the movement of the user, and then the evaluation is used as feedbacks for controlling the game character 35 of FIG. 5A to interact with the user accordingly. Moreover, the inertial sensing module 31 also can be used for controlling the command selection of the menu 36 shown in FIG. 5A, so that number of conventional press buttons required in the interactive gaming apparatus 3 can be minimized and thus the displaying area are enlarged. Furthermore, the inertial sensing module 31 can enable the interactive gaming apparatus 3 to have more ways of controlling the game character 35. Preferably, the software resided in the interactive gaming apparatus 3 can be a multimedia game, a 2D/3D animation game, or a music playing software with tempo/volume control.

[0066] Referring to the emotion sensing capability of the interactive gaming apparatus of the invention, as the interactive gaming apparatus 3 of FIG. 5A is held in the both hands of a user, the fingers of the user will engage with the bio interface 38 so that the sensing signal of the bio sensing module 34 is sent to the signal processing unit 32 to be interpreted and used as a basis for evaluating the emotions of the user, and then the evaluation is used as feedbacks for controlling the game character 35 to interact with the user accordingly. In a preferred aspect, the bio sensing module 34 can be employed for measuring emotion indexes or indexes of physiological attribute while the result of the measuring can be displayed on the displaying unit in a graphic manner.

[0067] In the first and the second embodiments of the invention, the inertial sensing module can be a stand-along X-axis inertial sensing part, a stand-along Y-axis inertial sensing part, or a stand-along Z-axis inertial sensing part. However, also in the first and the second embodiments of the invention, the inertial sensing module can be a module comprising a X-axis inertial sensing part, a Y-axis inertial sensing part, and a Z-axis inertial sensing part, so as to enable the sensing module to sensing a movement of six degree-of-freedom. As the principle of the aforesaid module is known in prior art that it is not described further herein.

[0068] Although the interactive gaming apparatus 3 of FIG. 5A is applied in a portable game console, it is not limited thereby. That is, the interactive gaming apparatus can be applied in a video game station or control pad thereof, such as joystick, and hand-held controller, etc. Moreover, although the sensing unit of the invention is fitted on a wrist sleeve as shown in FIG. 4, it is not limited thereby and can be fitted to any means worn on elbow, knee, waist, etc., such that all limb and body movements of the user can be detected.

[0069] To sum up, the present invention provides a compact and commercially feasible interactive gaming apparatus with emotion perception ability, by which not only gestures of a user can be detected and used as inputs for controlling a game, but also physiological attributes of the user can be sensed and used as emotional feedbacks of the game affecting the user, that is, the interactive gaming apparatus will interpret the detected physiological attributes and gestures of a user of the gaming apparatus, and employ the interpretation as a basis for evaluating the movements and emotions of the user immediately, and then the evaluation obtained by the interactive gaming apparatus is sent to the gaming platform to be used as feedbacks for controlling the game to interact with the user accordingly.

[0070] While the preferred embodiment of the invention has been set forth for the purpose of disclosure, modifications of the disclosed embodiment of the invention as well as other embodiments thereof may occur to those skilled in the art. Accordingly, the appended claims are intended to cover all embodiments which do not depart from the spirit and scope of the invention.