class Node { int data; Node next; } public Node deleteNode(Node head, int data) { if (head == null) return null; if (head.data == data) { return head.next; } Node current = head; while (current.next != null) { if (current.next.data == data) { current.next = current.next.next; return head; } current = current.next; } return head; }In this example, the Node class contains two properties: an integer data value, and a reference to the next node in the linked list. The deleteNode method takes in the head of the linked list and a data value to remove, and then iterates through the list to find the node with the matching data. Once it finds the node, it removes it by updating the next reference of the previous node to skip over the deleted node. It's important to note that this code example is not part of a library and does not require any external packages. It's a simple implementation of the deleteNode method that can be used standalone in a Java program. However, Java does have built-in LinkedList and List libraries that contain their own delete methods, which may be more suitable for larger and more complex projects.