Random access processing method and apparatus, terminal, network device, and storage medium

A random access processing method, comprising:

• receiving random access process information corresponding to a type of a random access process from a terminal;
• and
• modifying configuration information of the random access process according to the random access process information;
• wherein the random access process information comprises one or a combination of multiple of the following:
• random access process type information, random access process trigger event information, and random access process record information;
• wherein the random access process record information comprises one or a combination of multiple of the following:
• record information of a new 2-step random access process, record information of a traditional 4-step random access process, record information of a traditional 2-step random access process, and total record information of a new 2-step random access process and a traditional 4-step random access process;
• wherein the record information of the new 2-step random access process comprises one or a combination of multiple of the following:
• the number of times message A is sent, the number of times sending of message A fails, the number of times receiving of message B fails, the number of times sending of control information of message A fails, the number of times receiving of a response message corresponding to the control information of message A fails, the number of times sending of control information of message A succeeds, the number of times receiving of a response message corresponding to the control information of message A succeeds, the number of times sending of data information of message A fails, the number of times receiving of a response message corresponding to data information of message A fails, the number of times sending of data information of message A succeeds, the number of times receiving of a response message corresponding to data information of message A succeeds, indication information indicating whether contention occurs is detected, the number of times contention is detected, and channel access failure information;
• wherein the record information of the traditional 4-step random access process comprises one or a combination of multiple of the following:
• the number of times message 1 is sent, the number of times sending of message 1 fails, the number of times receiving of message 2 fails, the number of times receiving of message 4 fails, the number of times message 3 is sent, the number of times sending of message 3 fails, indication information indicating whether contention occurs is detected, the number of times contention is detected, and channel access failure information;
• wherein the record information of the traditional 2-step random access process comprises one or a combination of multiple of the following:
• the number of times message 1 is sent, the number of times sending of message 1 fails, the number of times receiving of message 2 fails, indication information indicating whether contention occurs is detected, the number of times contention is detected, and channel access failure information;
• wherein the total record information comprises:
• a sum of the number of times message A is sent in the new 2-step random access process and the number of times message 1 is sent in the traditional 4-step random access process, a sum of the number of times sending of message A fails in the new 2-step random access process and the number of times sending of message 1 fails in the traditional 4-step random access process, a sum of the number of times contention is detected in the new 2-step random access process and the number of times contention is detected in the traditional 4-step random access process, indication information indicating whether the new 2-step random access process falls back to the traditional 4-step random access process is detected, and the number of times the new 2-step random access process falls back to the traditional 4-step random access process;
• wherein the random access process information further comprises one or a combination of multiple of the following:
• geographic location information of the terminal, measurement information of the terminal, speed information of the terminal, and identifier information of the terminal.

A terminal, comprising a processor, a memory, and a computer program stored in the memory and executable on the processor, wherein when the computer program is executed by the processor, following step is implemented:

• reporting random access process information corresponding to a type of a random access process to a network side;
• wherein the random access process information comprises one or a combination of multiple of the following:
• random access process type information, random access process trigger event information, and random access process record information;
• wherein
• if the type of the random access process comprises the new 2-step random access process, the random access process record information comprises record information of the new 2-step random access process;
• if the type of the random access process comprises the traditional 4-step random access process, the random access process record information comprises record information of the traditional 4-step random access process;
• if the type of the random access process comprises the traditional 2-step random access process, the random access process record information comprises record information of the traditional 2-step random access process;
• and
• if the type of the random access process comprises the new 2-step random access process and the traditional 4-step random access process, the random access process record information comprises at least one of the following:
• record information of the new 2-step random access process, record information of the traditional 4-step random access process, and total record information of the new 2-step random access process and the traditional 4-step random access process;
• wherein the record information of the new 2-step random access process comprises one or a combination of multiple of the following:
• the number of times message A is sent, the number of times sending of message A fails, the number of times receiving of message B fails, the number of times sending of control information of message A fails, the number of times receiving of a response message corresponding to the control information of message A fails, the number of times sending of control information of message A succeeds, the number of times receiving of a response message corresponding to the control information of message A succeeds, the number of times sending of data information of message A fails, the number of times receiving of a response message corresponding to data information of message A fails, the number of times sending of data information of message A succeeds, the number of times receiving of a response message corresponding to data information of message A succeeds, indication information indicating whether contention occurs is detected, the number of times contention is detected, and channel access failure information;
• wherein the channel access failure information comprises one or a combination of multiple of the following:
• indication information indicating whether sending of message A has a channel access failure, the number of times sending of message A has a channel access failure, indication information indicating whether sending of the control information of message A has a channel access failure, the number of times sending of the control information of message A has a channel access failure, indication information indicating whether sending of the data information of message A has a channel access failure, the number of times sending of the data information of message A has a channel access failure, indication information indicating whether receiving of message B has a channel access failure, the number of times receiving of message B has a channel access failure, and information about a frequency that has a channel access failure;
• wherein the record information of the traditional 4-step random access process comprises one or a combination of multiple of the following:
• the number of times message 1 is sent, the number of times sending of message 1 fails, the number of times receiving of message 2 fails, the number of times receiving of message 4 fails, the number of times message 3 is sent, the number of times sending of message 3 fails, indication information indicating whether contention occurs is detected, the number of times contention is detected, and channel access failure information;
• wherein the channel access failure information comprises one or a combination of multiple of the following:
• indication information indicating whether sending of message 1 has a channel access failure, indication information indicating whether sending of message 3 has a channel access failure, the number of times sending of message 1 has a channel access failure, the number of times sending of message 3 has a channel access failure, indication information indicating whether receiving of message 2 has a channel access failure, indication information indicating whether receiving of message 4 has a channel access failure, the number of times receiving of message 2 has a channel access failure, the number of times receiving of message 4 has a channel access failure, and information about a frequency that has a channel access failure;
• wherein the record information of the traditional 2-step random access process comprises one or a combination of multiple of the following:
• the number of times message 1 is sent, the number of times sending of message 1 fails, the number of times receiving of message 2 fails, indication information indicating whether contention occurs is detected, the number of times contention is detected, and channel access failure information;
• wherein the total record information comprises:
• a sum of the number of times message A is sent in the new 2-step random access process and the number of times message 1 is sent in the traditional 4-step random access process, a sum of the number of times sending of message A fails in the new 2-step random access process and the number of times sending of message 1 fails in the traditional 4-step random access process, a sum of the number of times contention is detected in the new 2-step random access process and the number of times contention is detected in the traditional 4-step random access process, indication information indicating whether the new 2-step random access process falls back to the traditional 4-step random access process is detected, and the number of times the new 2-step random access process falls back to the traditional 4-step random access process.