@@ -25,12 +25,13 @@ $ ssh username@hostname

 ```

 3.  If a prompt of the form [username@hostname ~] is displayed, the login is successful.

-### Access{#access}

+### Connection Destination{#access}

 The host names for each system are as follows.

 | System Name | Host Name   | Note |

 | --- | --- | --- |

+| System A | camphor.kudpc.kyoto-u.ac.jp | Consists of two login nodes. |

 | System B/Cloud | laurel.kudpc.kyoto-u.ac.jp | Consists of three login nodes. |

 | System C | cinnamon.kudpc.kyoto-u.ac.jp | Consists of three login nodes. |

 | System G | gardenia.kudpc.kyoto-u.ac.jp | Consists of two login nodes. |

@@ -68,8 +68,9 @@ DEK-Info: AES-128-CBC,7A30F993641D4093A373703A3F644D2D

 -->

 1. Start your browser and go to one of the following addresses.

-    Destination | Address

+    Connection Destination | Address

     ---------- | ------------

+    System A | [https://camphor31.kudpc.kyoto-u.ac.jp/](https://camphor31.kudpc.kyoto-u.ac.jp/)

     System B/C  | [https://laurel31.kudpc.kyoto-u.ac.jp/](https://laurel31.kudpc.kyoto-u.ac.jp/)

     System G  | [https://gardenia11.kudpc.kyoto-u.ac.jp/](https://gardenia11.kudpc.kyoto-u.ac.jp/)

     Application Server  | [https://app.kudpc.kyoto-u.ac.jp/](https://app.kudpc.kyoto-u.ac.jp/)

@@ -17,12 +17,13 @@ Generate a public/private key pair by following [Generating Key Pair and Registe

 ## How to transfer files{#transfer}

 We provide instructions for connecting using scp and sftp commands. On Windows, you can also connect using [MobaXterm](/login/mobaxterm). MobaXterm allows file transfers via GUI. 

-### Access

+### Connection Destination

 The host names for each system are as follows.

 | System Name | Host Name | Note |

 | --- | --- | --- |

 | File Transfer Server | hpcfs.kudpc.kyoto-u.ac.jp | **recommended**<br>Consists of two servers. Dedicated SFTP and RSYNC servers with no time limits. |

+| System A | camphor.kudpc.kyoto-u.ac.jp | Consists of two login nodes. |

 | System B/Cloud | laurel.kudpc.kyoto-u.ac.jp |Consists of three login nodes. |

 | System C | cinnamon.kudpc.kyoto-u.ac.jp | Consists of three login nodes. |

 | System G | gardenia.kudpc.kyoto-u.ac.jp | Consists of two login nodes. |

@@ -62,7 +63,7 @@ Enter passphrase for key 'id_rsa':

 ### File transfers using the sftp command{#sftp}

 ```nohighlight

-$ sftp [Option] [Destination]

+$ sftp [Option] [Connection Destination]

 ```

 #### Example

@@ -33,7 +33,7 @@ MobaXterm is an extended terminal for Windows with SSH client, X11 server, netwo

 ![sshadd_2](sshadd_2.png?lightbox=80%&resize=500)

 6. Enter the passphrase for the private key on start-up and click OK.<br>※Thereafter, the passphrase for the private key is entered when starting MobaXterm.

-## How to Access{#login}

+## How to log in{#login}

 1. After clicking on the 'Sessions' icon, click on 'SSH'.

 2.  Enter the host name according to the system you are logging in to in the Remote host field.

 3.  Check 'Specify username' and enter the supercomputer system user number (ID) in the box.

@@ -73,13 +73,14 @@ Log in to the system as described in [How to Access](#login). No special configu

 5. If successful, your home directory on the supercomputer will be displayed. You can upload on the supercomputer with the up arrow and download to your local machine with the down arrow.

 ![sftp_2](sftp_2.png?lightbox=80%&resize=500)

-## Access Point{#access}

+## connection destination{#access}

 The host names for each system are as follows.

-| System Name | Host Name | Note |

+| System | Host | Note |

 | --- | --- | --- |

-| File Transfer Server | hpcfs.kudpc.kyoto-u.ac.jp | Consists of two servers.<br>Dedicated SFTP and RSYNC servers with no time limits. |

+| System A | camphor.kudpc.kyoto-u.ac.jp | Consists of two login nodes. |

 | System B/Cloud  | laurel.kudpc.kyoto-u.ac.jp | Consists of three login nodes. |

 | System C  | cinnamon.kudpc.kyoto-u.ac.jp | Consists of three login nodes. |

 | System G | gardenia.kudpc.kyoto-u.ac.jp | Consists of two login nodes. |

 | Application Server | app.kudpc.kyoto-u.ac.jp | |

+| File Transfer Server | hpcfs.kudpc.kyoto-u.ac.jp | Consists of two servers.<br>Dedicated SFTP and RSYNC servers with no time limits. |

@@ -37,29 +37,31 @@ The host name for each system is as follows. Please log in with the login name (

 |System Name | Host Name | Notes |

 | --- | --- | --- |

-| File Transfer Server | hpcfs.kudpc.kyoto-u.ac.jp | Consists of two servers. Dedicated SFTP and RSYNC servers with no time limit.|

-| SysB/Cloud | laurel.kudpc.kyoto-u.ac.jp | Consists of three login nodes. |

-| SysC | cinnamon.kudpc.kyoto-u.ac.jp | Connect to the laurel login node with the Cinnamon environment loaded. |

+| SysA | camphor.kudpc.kyoto-u.ac.jp | Consists of two login nodes.  |

+| SysB/Cloud  | laurel.kudpc.kyoto-u.ac.jp | Consists of three login nodes. |

+| SysC | cinnamon.kudpc.kyoto-u.ac.jp | Consists of three login nodes. |

 | SysG | gardenia.kudpc.kyoto-u.ac.jp | Consists of two login nodes. |

-<!--

-| A | camphor.kudpc.kyoto-u.ac.jp | Consists of two login nodes. |

+| File Transfer Server | hpcfs.kudpc.kyoto-u.ac.jp | Consists of two servers. Dedicated SFTP and RSYNC servers with no time limit. |

 ####  fingerprint

 The fingerprint for each system is as follows.Please use it to confirm the fingerprint that is displayed when you first login to the system via SSH.

- | System     | Method | fingerprint                                    

- | ------------ | ------- | -----------------------------

- | SysB/SysC/Cloud | RSA | **SHA256:** c3KPtVlPbgGW+jFM8VdGd4yob4HX/VPH7nR26JHS13M 

- |   ''                  | ED25519 | **SHA256:** jt5nEfylQ+SjG5PUZtKqP1DXk56p+7ugwF8GHx8Nr/Q

- |   ''                 | ECDSA | **SHA256:** yJN7gkHzsrlRBwvYsTCiQkXnzEkdZmjMZLs9TO8YylU

- | SysG                  | RSA | **SHA256:** 7GWj0iRCCMpswAWWyIZC+FMX3xlQVRyFiP9hIUYl3rU

- |   ''                  | ED25519 | **SHA256:** 8uh/6B14HEz77F1yAq95CyQHLqKqr4DG2Xys7eQr0qk

- |   ''                 | ECDSA | **SHA256:** PJX5f4jPqjTM4Awpod8fedTEXknIBamdexYK3fAzl6U

- | File Transfer Server | RSA | **SHA256:** /ZeTSRgrxAo4Et1E9NouKs8xyhc/KAjgRpqaEgf37sM

- |   ''               | ED25519 | **SHA256:** v0ABGIXX735Ak2By6zq1IuwPAPwLmJC8IwEhzAlm7ds

- |   ''               | ECDSA | **SHA256:** RtD7xSYrSL/F6KZpZcjluDFlQ37CIVD6ij2GhEYOaO0

+ | System     | Method | fingerprint      

+ | ------------ | ------- | ----------------------------- |

+ | SysA | RSA | **SHA256:** o/Ef0rC2uksvUax14XF6R9c3WHWypaSDfDjDJ0lkreQ |

+ | '' | ED25519 | **SHA256:** yoBITHVW+ENaAAAlW+ZZDCUBnCNFEhBDsnWHjMHFKx0 |

+ | '' | ECDSA | **SHA256:** 8j+LvvPha40b2ZwrN3J7s3fyzD+SxHU67/5MwKAUqVU |

+ | SysB/SysC/Cloud | RSA | **SHA256:** c3KPtVlPbgGW+jFM8VdGd4yob4HX/VPH7nR26JHS13M |

+ |   ''                  | ED25519 | **SHA256:** jt5nEfylQ+SjG5PUZtKqP1DXk56p+7ugwF8GHx8Nr/Q |

+ |   ''                 | ECDSA | **SHA256:** yJN7gkHzsrlRBwvYsTCiQkXnzEkdZmjMZLs9TO8YylU |

+ | SysG | RSA | **SHA256:** 7GWj0iRCCMpswAWWyIZC+FMX3xlQVRyFiP9hIUYl3rU |

+ |   '' | ED25519 | **SHA256:** 8uh/6B14HEz77F1yAq95CyQHLqKqr4DG2Xys7eQr0qk |

+ |   '' | ECDSA | **SHA256:** PJX5f4jPqjTM4Awpod8fedTEXknIBamdexYK3fAzl6U |

+ | File Transfer Server | RSA | **SHA256:** /ZeTSRgrxAo4Et1E9NouKs8xyhc/KAjgRpqaEgf37sM |

+ |   ''               | ED25519 | **SHA256:** v0ABGIXX735Ak2By6zq1IuwPAPwLmJC8IwEhzAlm7ds |

+ |   ''               | ECDSA | **SHA256:** RtD7xSYrSL/F6KZpZcjluDFlQ37CIVD6ij2GhEYOaO0 |

+ 

 ## How to Login {#login}

@@ -80,20 +82,19 @@ Please refer to [File transfer with SSH](/login/transfer) for file transfer usin

 There are three supercomputer login nodes in Systems B, C, and Cloud standard, and two in System G. They are operated by DNS round robin for load balancing. If a failure occurs on some of those nodes, login by DNS round robin may fail. Please follow the procedure below to login by specifying individual host names.

-| システム名         | ホスト名                         |

+| System         | Host                         |

 | ------------------ | ------------------------------   |

-| SysB/Cloud         | `laurel31.kudpc.kyoto-u.ac.jp`   |

+|SysA | `camphor31.kudpc.kyoto-u.ac.jp` |

+| '' | `camphor32.kudpc.kyoto-u.ac.jp` |

+| SysB/クラウド | `laurel31.kudpc.kyoto-u.ac.jp`   |

 | ''                 | `laurel32.kudpc.kyoto-u.ac.jp`   |

 | ''                 | `laurel33.kudpc.kyoto-u.ac.jp`   |

-| SysC               | `cinnamon32.kudpc.kyoto-u.ac.jp` |

+| SysC          | `cinnamon32.kudpc.kyoto-u.ac.jp` |

 | ''                 | `cinnamon32.kudpc.kyoto-u.ac.jp` |

 | ''                 | `cinnamon33.kudpc.kyoto-u.ac.jp` |

-| SysG               | `gardenia11.kudpc.kyoto-u.ac.jp` |

+| SysG          | `gardenia11.kudpc.kyoto-u.ac.jp` |

 | ''                 | `gardenia12.kudpc.kyoto-u.ac.jp` |

-

-

-

 <!--

 ### 障害情報の通知{#announce}

 障害等の情報は、[障害情報ページ](https://kudpc.viewer.kintoneapp.com/public/hpc-problems)でお知らせしています。一部のログインノードに障害が発生した場合、利用いただけないノードのホスト名をお知らせしますので、それ以外のホスト名を指定してログインしてください。なお、障害の発生の時間帯等によっては、お知らせまでに時間を要する場合がありますので、予めご承知おきください。

@@ -77,6 +77,7 @@ When the fiscal year changes or the system configuration changes, we review the

 | login node                 | System Environment      | Batch Processing Environment | Compile Environment

 |----------                    | ---------------- | -------------  | ---------------

+| camphor.kudpc.kyoto-u.acjp    |  SysA            | slurm          | intel,   intelmpi,   PrgEnvIntel

 | laurel.kudpc.kyoto-u.acjp    |  SysB            | slurm          | intel,   intelmpi,   PrgEnvIntel

 | cinnamon.kudpc.kyoto-u.ac.jp |  SysC            | slurm          | intel,   intelmpi,   PrgEnvIntel

 | gardenia.kudpc.kyoto-u.ac.jp |  SysG            | slurm          | nvhpc,   openmpi,    PrgEnvNvidia

@@ -67,13 +67,22 @@ $ qgroup

 ## Initial value of computing resources and the maximum value that can be specified with the --rsc option{#resouce}

-| Option | Description | System B<br>Initial Value | <br>Maximum Value | System C<br>Initial Value | <br>Maximum Value  | System G<br>Initial Value | <br>Maximum Value | Cloud<br>Initial Value |<br>Maximum Value |

+| Option | Description | System A<br>Initial Value|<br>Maximum Value|System B<br>Initial Value | <br>Maximum Value | System C<br>Initial Value | <br>Maximum Value | 

 | --- | --- | --- | --- |

-| p | Number of processes                               | 1     |  [Standard Resources](/run/resource#group)<br>(When c=1) | 1      |  [Standard Resources](/run/resource#group)<br>(When c=1)    | 1   |  [Standard Resources](/run/resource#group)<br>(When c=1)    | 1  | 1   |

-| t | Number of threads per process                 | 1     | 112(224)   | 1      | 112(224)   | 1   | 64(128)   | 1  | 36(72)  |

-| c | Number of cores per process                    | 1     | 112   | 1      | 112   | 1   | 64   | 1  | 36  |

-| m | Amount of memory per process<br>(Unit：M, G) | 4571M | 500G | 18392M | 2011G | 8000M  | 500G |14222M | 500G|

-| g | Number of GPUs                                       |  - | - | - | - | 1    | [Standard Resources](/run/resource#group) | - | - |

+| p | Number of processes                               | 1     |  [Standard Resources](/run/resource#group)<br>(When c=1)| 1     |  [Standard Resources](/run/resource#group)<br>(When c=1) | 1      |  [Standard Resources](/run/resource#group)<br>(When c=1)   |

+| t | Number of threads per process               | 1     | 112(224)| 1     | 112(224)   | 1      | 112(224)   | 

+| c | Number of cores per process                    | 1     | 112| 1     | 112   | 1      | 112   |

+| m | Amount of memory per process<br>(Unit：M, G) | 1142M | 128G | 4571M | 500G | 18392M | 2011G | 

+

+<br>

+

+| Option  | Description | System G<br>Initial Value | <br>Maximum Value | Cloud<br>Initial Value | <br>Maximum Value |

+| --- | --- | --- | --- | --- | --- |

+| p | Number of processes | 1   |  [Standard Resources](/run/resource#group)<br>(When c=1)    | 1  | 1   |

+| t | Number of threads per process | 1   | 64(128)   | 1  | 36(72)  |

+| c | Number of cores per process  |  1   | 64   | 1  | 36  |

+| m | Amount of memory per process<br>(Unit：M, G)| 8000M  | 500G |14222M | 500G|

+| g | GPU数 | 1    | [Standard Resources](/run/resource#group) | - | - |

 * The value of t in () is the maximum value when hyper-threading is enabled. Please specify that  t=c✕2 if hyper-threading is enabled.

@@ -84,7 +93,7 @@ $ qgroup

 * If you use system G, you can require resources with either ptcm option or g option. 

  * When you require resources for each ptcm option, 1 GPU per 16 cores is automatically allocated. 

  * When you require GPU using g option, it will become as follows. 

-      * If g=1, the same parameter as p=1:c=16:m=128000M is automatically set as well as 1 GPU is allocated. 

+      * If g=1, the same parameter as p=1:c=16:m=128000M is automatically set as well as 1 GPU is allocated.

       * If g=2, the same parameter as p=2:c=16:m=128,000M is automatically set as well as 2 GPUs are allocated. If you use 2 GPUs in one process, it is available by specifying -n 1 option to the srun command in the job script1. (Example: srun -n 1 . /a.out) Conversely, if you want to increase the number of processes, please adjust the number of cores per process as well  with -c option of srun to adjust the number of cores per process as well. (Example: srun -n 9 -c 1 . /a.out)

 <!--

@@ -86,6 +86,7 @@ Please note that the /tmp area is automatically deleted at the end of the job. T

 |System Name | Capacity per core |

 |---------- | -----------------|

+|システムA  |   2.4G           |

 |System B  |   8.9G           |

 |System C  |   8.9G           |

 |System G  |   15.6G          |