Granted Patent B2

US 12,500,849 · App. 18/598,046 · Granted Dec 16, 2025

Inventors: Shuntaro Suzuki (Shizuoka, JP); Hirokazu Suzuki (Kanagawa, JP)

Assignee: Yamaha Corporation

H04L47/6275H04L47/2416H04L47/365H04L47/6255

Abstract

Claims (82)

1 . A communication relaying method comprising:

receiving an analogue sound signal;

converting the received analogue sound signal into a digital sound signal;

packetizing the digital sound signal into a first IP packet;

receiving a second IP packet; and

transmitting the first IP packet with priority over the second IP packet wherein the analogue sound signal comprises

a first analogue sound signal received from a first audio interface, and

a second analogue sound signal received from a second audio interface,

wherein the digital sound signal comprises

one second digital sound signal corresponding to the first analogue sound signal, and

an other second digital sound signal corresponding to the second analogue sound signal, and

wherein the method further comprises

in a case where one digital sound signal that is one of the first digital sound signal, the one second digital sound signal, or the other second digital sound signal has a predetermined feature, assigning a priority flag to the one digital sound signal and packetizing the one digital sound signal with the priority flag into a priority-flag first IP packet, and

transmitting the priority-flag first IP packet with priority over the first IP packet without the priority flag.

2 . The communication relaying method according to claim 1 , further comprising:

adding the first IP packet to a first queue; and

in a case where the first queue has reached a predetermined value, changing a size of the first IP packet.

3 . The communication relaying method according to claim 1 , further comprising:

adding the first IP packet to a first queue; and

in a case where the first queue has reached a predetermined value, changing flow control of the second IP packet.

4 . The communication relaying method according to claim 1 , further comprising:

adding the first IP packet to a first queue; and

in a case where the first queue has reached a predetermined value, changing a codec that converts the analogue sound signal into the digital sound signal.

5 . The communication relaying method according to claim 1 , further comprising:

adding the second IP packet to a second queue; and

in a case where the second queue has reached a predetermined value, changing a size of the first IP packet.

6 . The communication relaying method according to claim 1 , further comprising:

adding the second IP packet to a second queue; and

in a case where the first queue has reached a predetermined value, changing a codec that converts the analogue sound signal into the digital sound signal.

7 . A communication relaying apparatus comprising:

an audio interface configured to receive an analogue sound signal;

an AD converter configured to convert the received analogue sound signal into a digital sound signal;

a packetizer configured to packetize the digital sound signal into a first IP packet;

a communication interface configured to receive a second IP packet; and

a communication controller configured to transmit the first IP packet with priority over the second IP packet, wherein the audio interference comprises

a first audio interface configured to receive a first analogue sound signal, and

a second audio interface configured to receive a second analogue sound signal,

wherein the digital sound signal comprises

one second digital sound signal corresponding to the first analogue sound signal, and

an other second digital sound signal corresponding to the second analogue sound signal,

wherein in a case where one digital sound signal that is one of the first digital sound signal, the one digital sound signal, or the other second digital sound signal has a predetermined feature, the packetizer is configured to:

assign a priority flag to the one digital sound signal; and

packetize the digital sound signal with the priority flag into a priority-flag first IP packet, and

wherein the communication controller is configured to transmit the priority-flag first IP packet with priority over the first IP packet without the priority flag.

8 . The communication relaying apparatus according to claim 7 , wherein the communication controller is further configured to:

add the first IP packet to a first queue; and

in a case where the first queue has reached a predetermined value, change a size of the first IP packet.

9 . The communication relaying apparatus according to claim 7 , wherein the communication controller is further configured to:

add the first IP packet to a first queue; and

in a case where the first queue has reached a predetermined value, change flow control of the second IP packet.

10 . The communication relaying apparatus according to claim 7 , wherein the communication controller is further configured to:

add the first IP packet to a first queue; and

in a case where the first queue has reached a predetermined value, change a codec that converts the analogue sound signal into the digital sound signal.

11 . The communication relaying apparatus according to claim 7 , wherein the communication controller is further configured to:

add the second IP packet to a second queue; and

in a case where the second queue has reached a predetermined value, change a size of the first IP packet.

12 . The communication relaying apparatus according to claim 7 , wherein the communication controller is further configured to:

add the second IP packet to a second queue; and

in a case where the first queue has reached a predetermined value, change a codec that converts the analogue sound signal into the digital sound signal.

13 . A non-transitory computer-readable recording medium storing a program that, when executed by at least one computer, causes the at least one computer to perform a method comprising:

receiving an analogue sound signal;

converting the received analogue sound signal into a digital sound signal;

packetizing the digital sound signal into a first IP packet;

receiving a second IP packet; and

transmitting the first IP packet with priority over the second IP packet, wherein the analogue sound signal comprises

a first analogue sound signal received from a first audio interference, and

a second analogue sound signal received from a second audio interface,

wherein the digital sound signal comprises

one second digital sound signal corresponding to the first analogue sound signal, and

an other second digital sound signal corresponding to the second analogue sound signal, and

wherein the method further comprises

in a case where one digital sound signal that is one of the first digital sound signal, the one second digital sound signal, or the other second digital sound signal has a predetermined feature, assigning a priority flag to the one digital sound signal and packetizing the one digital sound signal with the priority flag into a priority-flag first IP packet, and

transmitting the priority-flag first IP packet with priority over the first IP packet without the priority flag.

14 . The non-transitory computer-readable recording medium according to claim 13 , wherein the method further comprises

adding the first IP packet to a first queue, and

in a case where the first queue has reached a predetermined value, changing a size of the first IP packet.

15 . The non-transitory computer-readable recording medium according to claim 13 , wherein the method further comprises

adding the first IP packet to a first queue; and

in a case where the first queue has reached a predetermined value, changing flow control of the second IP packet.

16 . The non-transitory computer-readable recording medium according to claim 13 , wherein the method further comprises

adding the first IP packet to a first queue; and

in a case where the first queue has reached a predetermined value, changing a codec that converts the analogue sound signal into the digital sound signal.

Assignments (1)

Priority Claims (1)

Continuity (1)

References Cited (9)