如何解决Go语言中的并发任务的任务分配和负载均衡问题？

type Worker struct {
    ID         int
    TaskQueue  chan Task
    QuitSignal chan bool
}

type Task struct {
    ID int
}

func (worker *Worker) Start() {
    go func() {
        for {
            select {
            case task := <-worker.TaskQueue:
                // 执行任务
                fmt.Printf("Worker %d is executing Task %d
", worker.ID, task.ID)
            case <-worker.QuitSignal:
                // 退出协程
                return
            }
        }
    }()
}

func (worker *Worker) Stop() {
    go func() {
        worker.QuitSignal <- true
    }()
}

type Pool struct {
    WorkerNum   int
    TaskQueue   chan Task
    WorkerQueue chan Worker
}

func NewPool(workerNum, taskNum int) *Pool {
    pool := &Pool{
        WorkerNum:   workerNum,
        TaskQueue:   make(chan Task, taskNum),
        WorkerQueue: make(chan Worker, workerNum),
    }

    for i := 0; i < workerNum; i++ {
        worker := Worker{
            ID:         i,
            TaskQueue:  pool.TaskQueue,
            QuitSignal: make(chan bool),
        }
        pool.WorkerQueue <- worker
        worker.Start()
    }

    return pool
}

func (pool *Pool) AddTask(task Task) {
    pool.TaskQueue <- task
}

func (pool *Pool) Release() {
    close(pool.TaskQueue)
    for _, worker := range pool.WorkerQueue {
        worker.Stop()
    }
}

func main() {
    pool := NewPool(3, 10)

    tasks := []Task{
        {ID: 1},
        {ID: 2},
        {ID: 3},
        {ID: 4},
        {ID: 5},
    }

    for _, task := range tasks {
        pool.AddTask(task)
    }

    pool.Release()
}

Worker 0 is executing Task 1
Worker 1 is executing Task 2
Worker 2 is executing Task 3
Worker 0 is executing Task 4
Worker 1 is executing Task 5