In order to effectively implement General Secretary Xi Jinping's important expositions on building a strong country in science and technology, help the construction of the Chengdu-Chongqing Twin Cities Economic Circle, and fully implement the Opinions of the Party Central Committee and the State Council on Further Strengthening the Popularization of Science and Technology in the New Era, the Outline of the Action Plan for National Scientific Quality (2021-2035) and the Opinions on Strengthening Science Education in Primary and Secondary Schools in the New Era issued by 18 departments including the Ministry of Education, strive to do a good job in the addition of science education in the "double reduction" of education, and promote education and science and technology in an integrated manner, high-quality development of talents, specially held Chengdu-Chongqing Youth Science Practice and Innovative Thinking Project Exhibition Activity, and the relevant work of the Youth Artificial Intelligence Innovation Challenge is hereby notified as follows.
1. Organizational structure
Organizers: Chengdu Committee of the Communist Youth League, Chengdu Working Committee for Caring for the Next Generation, Chengdu Education Bureau, Chengdu Science and Technology Bureau, Chengdu Science and Technology Association
Supported by: Chengdu Branch of Chinese Academy of Sciences, University of Electronic Science and Technology of China
Organizer: Chengdu Youth Palace
Co-organizer: Chongqing Children's Palace
2. Theme of the event
Innovation unleashes dreams Technology leads the future
3. Participants
Chengdu and Chongqing are mainly teenagers, and teenagers from other cities and prefectures in the Chengdu Plain Economic Zone are invited to participate, divided into children's groups and junior groups.
1. Children's group: children aged 6-12 will participate in teams as a team, with a team of 2 people and 1 instructor for each team.
2. Junior group: 13-18 years old teenagers, participate in teams as units, every 2 people form a team, each team has 1 instructor.
3. The age of the contestants is calculated according to the day of July 12, 2023, and the oldest member of the team is used as the criterion for determining the group.
4. Content of activities
The activity aims to stimulate young people's interest in artificial intelligence research and improve their ability to adopt intelligent science theories and technologies to solve practical problems. The activities are divided into open source hardware creative intelligent manufacturing special activities and robot engineering design special activities. The open source hardware creative intelligent manufacturing special activity focuses on the theme of the event, using the materials provided by the organizing committee, using artificial intelligence, programming, electronic technology and other relevant knowledge, and designing and producing creative model works on site. The special activity of robot engineering design requires participants to use relevant knowledge of robotics, electronic technology, information technology, mechanical engineering and programming to complete tasks limited by rules based on the knowledge and rules of artificial intelligence. The rules of specific activities are detailed in Annex 1.
5. Time and place of the event
(1) Activity time
1. Robot engineering design special activity time: July 15, 9:00-12:00, 13:00-17:00
2. Open source hardware creative intelligent manufacturing special activity time: July 16, 9:00-12:00, 13:00-18:00
(2) The location of the activity
Chengdu Youth Palace High-tech Campus (Gongqing Women's Building, High-tech Cultural Center, No. 688, Tianfu 4th Street, Wuhou District, Chengdu)
6. Event registration
(1) Registration time
From now until July 12, 23:59:59
(2) Registration method
1. Register an account: Open the webpage to register an account - add students.
2. Online registration: log in to the account - personal center - student information management - enter team and member information, return to the home page - group registration - select open source hardware creative intelligent manufacturing special activity or robot engineering design special activity - save.
7. Incentives
1. Youth AI Innovation Challenge activities will set up awards according to projects and groups, and 10 groups of Intelligent Stars, 20 groups of Innovation Stars, and 30 groups of Challenge Stars will be set up according to the performance of the contestants from high to low. When there are less than 100 participating teams in a certain category, the organizing committee will adjust the quota of each award according to the ratio of 10% Smart Star, 20% Innovation Star and 30% Challenge Star according to the number of teams. The team that won the Smart Star will have the opportunity to be recommended to participate in the 6th National Youth Artificial Intelligence Innovation Challenge.
2. Instructors who have won the Smart Star and Innovation Star teams can receive the Excellent Instructor Award. One instructor guides multiple teams to win awards, and only one certificate is awarded.
3. The above awards are awarded honorary certificates in the name of the event organizing committee. The certificate will be issued after all projects of the Chengdu-Chongqing Youth Science Practice and Innovative Thinking Project Exhibition (the time is expected to be in December 2023).
8. The scope of recusal of review experts
Review experts must recuse themselves under any of the following circumstances:
1. Close relatives of the participants;
2. Have other direct interests with the participants;
3. Have served as a tutor or instructor for participating players;
4. There is other relationship with the participant that may affect the fair judging.
9. Handling of objections
1. Youth AI Innovation Challenge activities are subject to social supervision, and contestants who have objections to the selection results can submit a complaint to the organizing committee in the form of email, on-site reflection, etc. within 3 working days from the date of announcement of the results, and will not be accepted after the deadline.
2. The unit or individual raising the objection shall provide written objection materials and provide necessary supporting documents. Units or individuals raising objections shall indicate their true identities; Where individuals raise objections, they shall sign their real names on the written objection materials; Where an objection is raised in the name of the unit, the official seal of the unit shall be affixed. Objections filed anonymously are generally inadmissible.
3. The unit or individual raising the objection shall submit the objection materials directly to the event organizing committee, and the activity organizing committee shall organize a review after receiving the objection materials, and shall accept the objections that meet the regulations and provide sufficient evidence.
4. In order to protect the lawful rights and interests of the objector, the activity organizing committee and other relevant personnel involved in the investigation and handling of the objection shall keep the identity of the objector confidential, and if it is truly necessary to make it public, the opinions of the objector must be solicited in advance.
5. In the process of handling the objection, any party involved in the objection shall actively cooperate without prevarication and delay, and the party who fails to provide relevant supporting materials as required within the specified time will be deemed to have admitted the content of the objection; If the unit or individual raising the objection fails to provide relevant supporting materials as required within the specified time, it will be deemed to have waived the objection.
6. The Organizing Committee of the Event shall give the handling opinions within 15 working days from the date of acceptance of the objection, report the objection verification and handling opinions to the Event Review Committee, and notify the objector and the team and players involved in the objection.
10. Other matters
1. The office of the organizing committee is located in Chengdu Youth Palace, detailed address: Room 1407, 14th Floor, Xiaonan Street Campus, Chengdu Youth Palace (No. 28, Xiaonan Street, Qingyang District).
2. Consultation telephone: 028-86716675 (Please call during working hours).
3. Complaint email: [email protected].
4. The relevant information of this event will be released on the WeChat public account of Chengdu Youth Palace and the official website of Chengdu Youth Palace.
5. Please refer to Annex 2 for details of the activities.
6. The right of interpretation of this notice belongs to the event organizing committee.
Annex:
1. Rules for Youth Artificial Intelligence Innovation Challenge
2. Precautions for Youth Artificial Intelligence Innovation Challenge activities
Annex 1
Rules for Youth AI Innovation Challenge
1. Special activities for robot engineering design
(1) The theme of the activity
Smart home is a residential platform, using integrated wiring technology, network communication technology, security technology, automatic control technology, audio and video technology to integrate facilities related to home life, build an efficient management system for residential facilities and family schedules, improve home safety, convenience, comfort, artistry, and achieve an environmentally friendly and energy-saving living environment.
The theme of this special event for robot engineering is "smart home", and robots will prepare a series of services and preparations for us in advance before we go home. In the activity, each team must design and build robots to complete tasks such as security monitoring, network alarm, and starting intelligent gateways within the specified time.
(2) Drawings and props for the event venue
The event venue consists of venue drawings and venue props. The event venue adopts color spray cloth, the size is 2400mm×1200mm, as shown below.
Illustration: Field map
1. Trajectory line: the trajectory line is a black line 25±1mm wide, which is irregularly distributed in the site and connected to the entrance door and intelligent gateway;
2. Departure area: It is a square area with a side length of 30cm. It is the area where the bot starts. Once the event starts, the robot departs from here to travel to each mission area.
3. Smart gateway: is a square area with a side length of 30cm, which can be entered to adjust the robot device or replace the robot to restart. When the robot is projected vertically into the area, the contestant can adjust the structure or program for the robot and start the robot again. Only after the robot completes the task of starting the intelligent system can it enter the intelligent gateway.
4. Mission area: There are 8 lottery task model placements and one fixed task distributed in the field. The task model placement area is divided into three areas, A area (A1), B area (B1, B2, B3), C area (C1, C2, C3, C4), the task model is placed in the box of the task position, the task lever or rotary handle is facing the direction of the trajectory line, and the task is fixed in the corresponding task model placement area with adhesive paper.
(3) Activity rules
1. Robots
(1) Quantity: Each team can bring up to 2 robots into the venue, but only 1 robot is allowed to operate in the venue.
(2) Size: The maximum size of the robot in the departure area is 30cm×30cm×30cm (length×width × height), after leaving the departure area, the mechanism of the robot can be freely extended.
(3) Controller: Each robot is only allowed to use one controller, the controller motor port shall not exceed 4, the input and output ports shall not exceed 8, and the built-in color LCD touch screen shall not be less than 2.4 inches.
(4) Motor: When the motor is used for driving, there can only be two motors that provide driving force (when the rated voltage is 6V, idling speed: ≤280 rpm). The number of motors used for other auxiliary tasks is unlimited.
(5) Sensors: The types of sensors allowed by the robot are not limited.
(6) Structure: The robot must be built with plastic building blocks, 3D printing parts must not be used, and auxiliary connection materials such as screws, screws, rivets, glue, tape, rubber bands and so on must not be used. The design dimensions are based on standard 10mm blocks.
(7) Power supply: Each robot has no limit to the type of power supply, but the output voltage of the power supply shall not exceed 10V.
2. Activity task description
There are irregular trajectory lines distributed on the site, and the robot needs to start from the departure area, and must follow the trajectory line to complete the task corresponding to the task point and return to the departure area or smart gateway before the end of the activity. The robot can be started again after adjusting the structure or replacing the robot in the departure area or at the smart gateway. Before the commissioning of the event begins, the referee team or the organizing committee draws lots to decide the placement of the task props, and the main frame of the task props refers to the task description diagram, and the actual activity props may be different, such as the actual use of beams, pins and other structural colors are different, or the size and height are slightly different. Participants should have the ability to adjust to the actual situation, and once the location of the model is determined, the activities of each session should be the same as possible.
Throughout the activity, the robot needs to complete the various tasks encountered along the trajectory line in an autonomously controlled manner. Each task completed will receive points for that task.
(1) Robot tasks
Among the following robot tasks, "robot departure", "intelligent gateway", "security monitoring", "network alarm", and "return to work" are mandatory tasks.
"Smart master switch", "start air conditioning", "curtain control", "air purification", "intelligent laundry", "sound preparation" are optional tasks. The children's group randomly selected 3 tasks to complete, and the Junior group randomly selected 4 tasks to complete.
After all tasks in each group are selected, the position will be selected. The children's group tasks are placed as 1 in Zone A, 2 in Zone B, and 2 in Zone C. The Junior Group tasks are placed as 1 in Area A, 2 in Area B, and 3 in Area C.
(2) Robot departure
Mission description: The robot leaves the departure area.
Signs of mission completion: 40 points are awarded for the robot's vertical projection at the beginning of the stage completely out of the starting area.
Illustration: Robot departure completion status
(3) Return to work
Task description: After completing the task, the robot autonomously returns to the departure area or the intelligent gateway and controls the robot to make a long beep sound to score points, and the activity ends when the task is completed.
Signs of task completion: the robot part is vertically projected to contact the departure area or intelligent gateway and control the robot to make a long beep sound, the long sound is not less than 1 second, 40 points are scored.
Illustration: Closing returns to completion status
(4) Start the intelligent system
Task description: Start the intelligent system model placed in the model box, the sensor machine is left in the direction of the trajectory line, the robot needs to start the gateway with chip data, and the colored lights will light up after the gateway is activated and activated. Each robot must start the intelligent system before it can enter the intelligent gateway to adjust or replace the robot.
Mission completion sign: The colored light will light up, and 1 robot will start the intelligent system to light up a light, 30 points will be scored, for a total of 60 points. Multiple activations of the same robot only count 30 points.
Illustration: Each status of the smart gateway
(5) Security monitoring
Task description: The monitoring of the residential area has abnormal screens. The robot needs to press the lever to rotate the turntable storing information, and then the robot needs to recognize the 4 types of encrypted information IDs (ID1-ID4) on the turntable.
Task completion sign: the lever is in contact with the main body of the monitor, and the robot recognizes the encrypted information of the turntable facing the robot, and displays the corresponding color with colored lights, red ID1, green ID2, blue ID3, yellow ID4 (display time is not less than 1 second), 80 points are scored.
Illustration: Security monitoring initial status and completion status
(6) Network alarm
Task description: The initial position of the task ID pointer points to the safety lock, the initial position of the rotary handle is horizontal on the ground, and the robot needs to rotate the rotary handle according to the information ID obtained by security monitoring. Other tasks can be interspersed halfway, but they must not be reset or trimmed.
Task completion sign: the safety lock is opened, and the robot rotates the handle according to the information ID obtained by the security monitoring, so that the pointer rotates to the corresponding ID, scoring 80 points.
After completing the "security monitoring", if the robot resets or autonomously returns to the departure area or storage area in the process of completing the "network alarm" task, the "network alarm" task will fail. Activating the "Network Alarm" again requires re-scanning the information of "Security Monitoring".
Illustration: Initial status and completion status of networked alarm
(7) Intelligent total switch
Task description: The intelligent general switch belongs to the disconnected state, the button is to the right in the direction of the trajectory line, and the robot needs to press the switch button to make the switch closed and closed.
Task completion sign: The switch contact is in contact with the top adsorption and held until the end of the activity, 80 points are awarded.
Illustration: Initial state and completion state of intelligent master switch
(8) Start the air conditioner
Task description: The map model frame places an air conditioning model, the initial position of the rotary handle is horizontal on the ground, the air conditioning damper is closed, and the robot rotates the rotary handle to open the damper.
Task completion sign: 80 points are awarded when the air conditioning model damper is opened above the height of the air conditioner.
Illustration: Initial and complete status of starting the air conditioner
(9) Curtain control
Task description: The map model frame places the curtain model, and the robot needs to lift the curtain to the left or right as a whole.
Mission completion sign: 80 points are awarded when the curtain opens left or right above the middle of the window.
Illustration: Curtain control initial state
Illustration: Curtain control completion status
(10) Air purification
Task description: The map model frame places the air purifier model, the initial position of the purifier air outlet is closed, and the robot needs to pull out the lever to open the air outlet.
Completion sign: The lever is completely pulled out of the mission model, and the air outlet is open, scoring 80 points.
Illustration: Initial and completed state of air purification
(11) Smart laundry
Task description: The map model frame places the washing machine model. The robot has to move the lever back and forth so that the model of the laundry that has been washed falls and is detached from the model body.
Completion sign: The model of the laundry is separated from the washing machine, and 20 points are awarded for each piece of detachment, for a total of 80 points.
Illustration: Initial status and completion status of smart laundry
(12) Sound preparation
Task description: The map model frame places the sound model, the sound body is dumped in the direction of the trajectory line, and the robot needs to open the audio to prepare.
Mission completion sign: The sound is fixed diagonally and held until the end of the activity, 80 points are awarded.
Illustration: Initial and complete state of the sound
3. Event arrangement
(1) Order of activities
Players bring valid documents and copies that can prove their identity information (including but not limited to ID cards, student cards, household registration books or stamped certificates of participating units) to arrive at the site 30 minutes in advance to sign in, and all participating teams will be sorted by drawing lots before the event, and all players will conduct activities in strict accordance with the order determined by the lots. During the event, when the previous team starts the event, the next team will be notified to prepare for the event. Teams that do not show up within the specified time will be deemed to have forfeited the event.
(2) Construction and programming
Participants have at least 90 minutes to build and debug the robot before the start of the first round. After the first round, there is at least 60 minutes for the second round of debugging. The referee team can adjust the commissioning time according to the actual situation and announce it to all participating teams before each round of commissioning.
Players need to queue up for programming and debugging in an orderly manner according to the order at the event site, and participating teams that do not abide by the order may be disqualified. After the programming is completed, the robot is sealed by the referee, and the player is not allowed to touch the robot without permission, otherwise he will be disqualified.
After the referee indicates that after the event starts, the participating teams that are still not ready will lose the opportunity of the current round, but will not affect the next round.
(3) Official activities
The event is divided into two rounds, with a single round lasting 150 seconds.
Basic Task 150 Second Timing Standard:
In the following cases, the participating robots will stop the timer according to the referee's whistle and record the time minutes.
The bot task fails and cannot continue with subsequent tasks; Participate in the team to complete the "return to work" task; The timer reaches 150 seconds; The participating teams take the initiative to end the activity;
The sum of the two rounds is the final activity score. If the overall scores are the same, the ranking is determined in the following order:
Those with higher results in a single round rank high; Those with less time combined for the two rounds ranked high; Those with fewer resets rank high.
(4) Reset
In the following cases, you need to reset the robot back to the departure area or the intelligent gateway (you need to complete the task of starting the intelligent system to reset back to the intelligent gateway (trimming area)):
The player applies to the referee for a reset; The robot is stuck when completing the task; The robot leaves the event venue; Players have access to task props or robots without permission; Robots sabotage mission devices.
For each reset, 10 points are deducted for the total and a maximum of 100 points.
Only after the robot touches the departure area or smart gateway (you need to complete the task of starting the smart gateway to reset back to the smart gateway (dressing area)), the contestant can touch the robot, and then replace parts or replace the robot in the departure area or smart gateway (dressing area). If the contestant touches the robot in the departure area or an area other than the smart gateway, the decision will be reset once. If a player touches the mission model outside the base, the mission will not be scored and a reset will be awarded. If the robot destroys the task device, the task must not be scored (even if the task has been completed) and a reset will be judged.
(5) Task randomness
The activity is divided into two rounds, except for the "start intelligent system" task, the position of the task model on the site is not fixed, before the start of each round of debugging, each group will draw lots to determine the task and task placement location, once the task and location are determined, the task model position of all venues is consistent in this round.
There may be an additional task at the event site, the additional task is announced before commissioning, and the additional task requires the participating robot to be able to achieve basic pushing, pulling, turning, grasping, placed, and carrying functions. Additional tasks will randomly replace one of "Smart Master Switch", "Light Control", "Curtain Control", "Air Purification", "Start Air Conditioning", and "Turn on Audio". The score of the additional task is the same as the score of the substituted task, and the field task of the same group will be the same.
(6) Combo score
In order to recognize the programming ability and innovative thinking of the participating teams, the combo score is specially set up, and the robot starts from the starting area or the intelligent gateway (it needs to complete the task of starting the intelligent system before it can be reset back to the trimming area), and completes more than 2 tasks at one time to achieve the combo condition. Complete 2 tasks at once and add 20 points, complete 3 tasks at once and add 30 points, complete 4 tasks at once, add 40 points, and so on, but "robot departure" and "finish return" are not counted in the combo sequence. Combo scoring only records the most combo status.
(7) On-site environment
a. On-site power supply: local standard power interface is provided at the event site, if the participating team needs any voltage or frequency converter, please prepare by the participating team. The nearest power connector to the participating team may be a certain distance from the designated debugging table of the participating team, please prepare a sufficiently long power extension cord by the participating team, and pay attention to fixing and safety when using the extension cable on site.
b. On-site light: The event site is daily lighting, and the participating team members have time to calibrate the sensor before the official event, but the event organizer does not guarantee that the on-site light is absolutely unchanged. As the event progresses, the sunlight on site may change. There may be flashes from cameras or video cameras, fill lights, or other unknown light effects of the event, so participants are requested to resolve them by themselves.
(8) Site smoothness
The venue of the on-site event is laid on the ground, and the organizing committee will try its best to ensure the flatness of the venue, but does not exclude the wrinkle of the venue.
(9) Event disputes
During the event period, if there are any unspecified matters in the rules, please refer to the on-site announcement by the event review committee.
(4) Scoring standards
1. Activity rating
Final score = mission score + time score + combo score - reset score
2. Time scoring
The remaining time score is awarded if the robot completes all the tasks that each group should complete within the specified time and returns to the departure or trimming area autonomously. Players should immediately signal the referee to stop the time. Time bonus points are awarded for the remaining time by interval. (Calculated by taking the integer part of the remaining time, 2.97 seconds for 2 seconds, 10.3 seconds for 10 seconds)
(1) The remaining time is < 3 seconds, and the time is divided into 0;
(2) 3 seconds≤ remaining time< 10 seconds, add 5 points;
(3) 10 seconds≤ remaining time< 20 seconds, add 10 points;
(4) 20 seconds≤ remaining time< 30 seconds, plus 15 minutes;
(5) The remaining time≥ 30 seconds, plus 20 points.
3. Combo score
Combo scoring only records the state with the most combos in the current round.
2. Open source hardware creative and intelligent manufacturing special activities
(1) Brief introduction of activities
Participants should use the equipment provided on site in the form of a maker marathon in accordance with the design theme given by the judges within the specified time (Note: in order to ensure the fairness of the event, participants are prohibited from bringing personal equipment other than laptops to enter), the programming platform is mind+ or makecode, based on open source hardware (micro:bit, Arduino and other main control boards) and other related electronic components, through computer programming, hardware construction, modeling design, etc. to create physical model works. Such as fun electronic devices, interactive multimedia, intelligent machines, etc. Encourage contestants to achieve creative innovation in the direction of intelligent manufacturing robots, smart homes, smart wear, and smart healthcare.
The event site is divided into two parts: the production area and the tool area: the production area includes tables and chairs, power supplies, open source hardware packages and other equipment. The tool area contains equipment such as laser cutters.
(2) The theme of the activity
Three alternative themes: smart safety equipment, smart farm, smart camping, which will be publicly drawn by lots by the judges and teachers before the event (choose one of the three themes).
(3) Activity process
The duration of the event is 8 hours and the process is as follows:
| tache | remark |
| Check-in and admission (8:30-9:00) | Bring valid documents and copies that can prove identity information (including but not limited to ID cards, student cards, household registration books or stamped certificates of participating units), project work description documents to sign in at the site, and arrive 30 minutes late, will be regarded as abandonment of participating in this activity. |
| Discipline is announced | Expert judges announced the event discipline on the spot. |
| Live Creation (9:00-12:00, 13:00-16:00) | According to the announced proposition, the participants work together to create a work and complete the project description document through team division of labor. |
| Team presentation and defense (16:00-18:00) | The team displays the function of the work, and combines the demonstration project description document for demonstration and presentation, and the display time is no more than three minutes. Expert judges should have no more than 2 minutes to ask and answer questions. There is a special person responsible for the time of the defense. |
(4) Scoring standards and project description documents
1. Children's group scoring criteria
| index | description | |
| Innovative (25%) | Innovative overall design (15%) | The function, structure, etc. are innovative and have certain practical value |
| Innovative details (10%) | The implementation of functional details is innovative The functional design can break through the application habits of the original components | |
| Application of artificial intelligence technology (25%) | Software implementation (7%) | The software design has clear functions, reasonable structure, optimized code, and easy debugging |
| Hardware function implementation (10%) | The hardware functions realized by using related components have certain scientificity, complexity, and technical content | |
| AI Perception and Recognition (5%) | The work can simulate a certain perception and recognition ability of people | |
| Human-computer interaction (3%) | Works enable the application of simple speech or somatosensory interaction | |
| Structural design (15%) | Industrial Design (6%) | The overall structure design is reasonable The design is aesthetic and combines aesthetics with practicality |
| Artistic Expression (9%) | The work has a certain imagination and personality expression, which can express the author's design philosophy | |
| Normative (15%) | Design protocol specification (4%) | There is initial design, complete design scheme, work function, structure, use of related devices and other content |
| Standardization of the production process (4%) | Specifications for the use of tools and related equipment during the production process There is a detailed equipment list, work source code annotation specifications | |
| Perfection of the work (7%) | The extent to which the work completed the team's initial design proposal The degree to which each feature is implemented The degree of finished product of the work, including appearance, packaging, and overall firmness, human-computer interaction and other friendly interfaces | |
| Team presentation and collaboration (20%) | Team presentation (10%) | In the work display link, the design ideas, production process and functional realization of the work can be well displayed, the presentation materials are beautifully made, the language expression ability is strong, and the interactive Q&A with experts is good. |
| Division of labor (10%) | Have a clear and reasonable division of labor in teamwork Each team member is fully involved, helpful and collaborative during the production process |
2. Grading criteria for the junior group
| index | description | |
| Innovative (25%) | Innovative overall design (15%) | The function, structure, etc. are innovative and have certain practical value |
| Innovative details (10%) | The implementation of functional details is innovative The functional design can break through the application habits of the original components | |
| Application of artificial intelligence technology (25%) | Software implementation (5%) | The software design has clear functions, reasonable structure, optimized code, and easy debugging |
| Hardware function implementation (8%) | The hardware functions realized by using related components have certain scientificity, complexity, and technical content | |
| AI Perception and Recognition (7%) | The work can design a scheme using artificial intelligence perception and recognition technology for a specific application to simulate the ability of human perception and recognition | |
| Human-computer interaction (5%) | For specific scenarios, it can achieve natural, convenient and efficient human-computer interaction | |
| Structural design (15%) | Industrial Design (9%) | The overall structure design is reasonable The design is aesthetic and combines aesthetics with practicality |
| Artistic expression (6%) | The work has a certain imagination and personality expression, which can express the author's design philosophy | |
| Normative (15%) | Design protocol specification (4%) | There is initial design, complete design scheme, work function, structure, use of related devices and other content |
| Standardization of the production process (4%) | Specifications for the use of tools and related equipment during the production process There is a detailed equipment list, work source code annotation specifications | |
| Perfection of the work (7%) | The extent to which the work completed the team's initial design proposal The degree to which each feature is implemented The degree of finished product of the work, including appearance, packaging, and overall firmness, human-computer interaction and other friendly interfaces | |
| Team presentation and collaboration (20%) | Team presentation (10%) | In the work display link, the design ideas, production process and functional realization of the work can be well displayed, the presentation materials are beautifully made, the language expression ability is strong, and the interactive Q&A with experts is good. |
| Division of labor (10%) | Have a clear and reasonable division of labor in teamwork Each team member is fully involved, helpful and collaborative during the production process |
If it is found that the participating works have plagiarism or Lei and the same violation of the rules, the participation will be directly disqualified.
3. Project description documents
Project documentation (on-site)
| Name of the work |
| Student name |
| 1. The background and goal of the creation of the work (why it is made, what problems are to be solved) |
| Second, the introduction of characteristics and innovation |
| 3. Design ideas, implementation methods and processes (through which methods and technologies to achieve the goals of the work) |
| 4. Function introduction |
| 5. Experimental data analysis |
| 6. Reflection and follow-up expansion |
| 7. List of materials |
| 8. Work circuit connection diagram |
| 9. Production process (a production process containing at least 5 steps, each step needs a brief text description) |
(5) List of open source hardware equipment packages
1. Optional main control board:
| name | Maximum available quantity |
| UNO R3 Main Control Board - Education Edition | 1 |
| Beetle controller | 1 |
| IO sensor expansion board | 1 |
| Beetle expansion board | 1 |
| USB cable (square port) | 1 |
2. Optional artificial intelligence module:
| name | Maximum available quantity |
| Speech synthesis module | 1 |
| Speech recognition module | 1 |
| Artificial intelligence vision sensors | 1 |
3. Optional communication module:
| name | Maximum available quantity |
| Bluetooth V3 Bluetooth module | 2 |
| USB to serial port module | 1 |
| OBLOQ - IoT module | 1 |
4. Optional sensor:
| name | Maximum available quantity |
| RTC real-time clock module | 1 |
| Inclination sensor | 1 |
| Self-locking button module | 1 |
| Button module | 1 |
| Analog button module | 1 |
| Conductivity switch module | 1 |
| Infrared obstacle avoidance switch | 1 |
| Motion sensor | 1 |
| Angle sensor | 1 |
| Light sensor | 1 |
| Sound sensor | 1 |
| Ultrasonic sensors | 1 |
| Infrared remote control kit | 1 |
| Temperature sensor - LM35 | 1 |
| Soil moisture sensor | 1 |
| Temperature and humidity sensor | 1 |
| Waterproof temperature sensor | 1 |
| Heart rate sensor | 1 |
| Magnetic induction sensors | 1 |
| I2C color recognition sensor | 1 |
| 6-axis inertial motion sensor | 1 |
5. Optional actuator:
| name | Maximum available quantity |
| LED light - red | 1 |
| LED light - green | 1 |
| RGB lamps | 1 |
| Strip light module | 1 |
| Infrared signal emission module | 1 |
| OLED display | 1 |
| Buzzer (horn) module | 1 |
| Audio playback module | 1 |
| Small speakers | 1 |
| MP3 voice module | 1 |
| Fan module | 1 |
| Relay module | 1 |
| Metal gearmotor | 2 |
| Wheels*2 | 1 |
| Metal 9G servo | 1 |
| Dedicated servo for robots | 1 |
| Micro motor drive | 1 |
| Motor drive expansion board | 1 |
| LED light - red | 1 |
| LED light - green | 1 |
| RGB lamps | 1 |
(6) List of consumables packages
1. Consumables package includes: 3mm basswood board (200*300mm) 3 sheets, 1 hot melt glue gun, 2 glue sticks, 5 KT plates, 5 corrugated paper, 10 handmade thickened colorful paper cups, 5 packs of handmade DIY ultra-light clay, 20 handmade thickened colorful straws, 20 creative DIY handmade ice cream sticks: 2 bundles, 5 creative DIY handmade wooden strips, 1 utility knife and 1 pair of scissors. All equipment is available to young people on demand.
2. Shared facilities: 2 laser cutting machines will be arranged on site.
Laser cutting machine:
Annex 2
Notes on Youth Artificial Intelligence Innovation Challenge
1. This activity is a public welfare activity, no unit or individual shall collect any fees from the participants in any name, and shall not hold summer camps, winter camps, training courses, bundle sales of equipment and goods, books and materials in the name of this activity. There are no designated equipment, designated training institutions, designated teaching materials, etc. for this event.
2. Participants in the activities should abide by the rules and regulations of the venue, care for public facilities, and consciously care for public health. Special emphasis should be placed on paying attention to safety: first, pay strict attention to electricity safety, relevant robot equipment must be charged in advance, prepare backup batteries, standardize electricity consumption, and prevent electric shock; Second, it is forbidden to bring flammable and explosive dangerous goods, lighters, matches, etc. into the event site; Third, strictly pay attention to operational safety, and wear helmets, gloves, goggles and other protective measures when there are dangerous operations such as firing projectiles, cutting materials, and device welding during the activity. During the event, participants should be familiar with the venue environment and strictly obey the command of security personnel in case of emergency.
3. Participants should purchase risk insurance such as personal accident insurance and accident medical insurance with an insured amount of not less than RMB 500,000 in advance, and if participants do not purchase insurance, they shall bear their own responsibilities.
4. The organizing committee encourages and advocates technological innovation and open source technology, and all participating works must be original by the participants, and there must be no content that infringes the rights of third parties, and cannot violate laws and regulations. The intellectual property rights of the works belong to the creative team, and the organizing committee does not participate in the handling of intellectual property disputes between members of the team. When using the evaluation system and activity support materials provided by the organizing committee, the participating teams must respect all intellectual property rights of the original product, and shall not reverse engineer, copy, translate or otherwise damage the intellectual property rights of the product.
5. Without the written authorization of the organizer, any activities carried out by any unit or individual in the name of this activity are counterfeit and infringing.
6. The organizing committee has the right to release the results of this activity, the right to use the image of the contestants and the non-commercial publicity of the works.
7. Participants should properly keep their valuables (such as cash, laptops, mobile phones and participating equipment, etc.) to avoid loss or damage, and the organizer is not responsible for this.
Reprinted from Chengdu Youth Palace
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