...

collections/technology/qsss/img/.done

@@ -1,2 +0,0 @@
-qss_scaleout.png
-qsss_intro.png

collections/technology/qsss/img/create_png.sh

@@ -1,9 +0,0 @@
-#!/bin/bash
-
-for name in ./*.mmd
-do
-	output=$(basename $name mmd)png
-	echo $output
-	mmdc -i $name -o $output -w 4096 -H 2160 -b transparant
-	echo $name
-done

collections/technology/qsss/img/data_origin.mmd

@@ -1,13 +0,0 @@
-graph TD
-    subgraph Data Origin
-    file[Large chunk of data =  part_1part_2part_3part_4]
-    parta[part_1]
-    partb[part_2]
-    partc[part_3]
-    partd[part_4]
-    file -.- |split part_1|parta
-    file -.- |split part_2|partb
-    file -.- |split part 3|partc
-    file -.- |split part 4|partd
-    parta --> partb --> partc --> partd
-    end

collections/technology/qsss/img/data_substitution.mmd

@@ -1,20 +0,0 @@
-graph TD
-    subgraph Data Substitution
-    parta[part_1]
-    partb[part_2]
-    partc[part_3]
-    partd[part_4]
-    parta -.-> vara[  A = part_1]
-    partb -.-> varb[  B = part_2]
-    partc -.-> varc[  C = part_3] 
-    partd -.-> vard[  D = part_4]
-    end
-    subgraph Create equations with the data parts 
-    eq1[A + B + C + D = 6]
-    eq2[A +  B +  C -  D = 3]
-    eq3[A +  B -  C -  D = 10]
-    eq4[ A -  B -  C -  D = -4]
-    eq5[ A -  B +  C +  D = 0]
-    eq6[ A -  B -  C +  D = 5]
-    vara & varb & varc & vard --> eq1 & eq2 & eq3 & eq4 & eq5 & eq6
-    end

collections/technology/qsss/img/qsfs_principle.mmd

@@ -1,44 +0,0 @@
-graph TD
-    subgraph Data Origin
-    file[Large chunk of data =  part_1part_2part_3part_4]
-    parta[part_1]
-    partb[part_2]
-    partc[part_3]
-    partd[part_4]
-    file -.- |split part_1|parta
-    file -.- |split part_2|partb
-    file -.- |split part 3|partc
-    file -.- |split part 4|partd
-    parta --> partb --> partc --> partd
-    parta -.-> vara[  A = part_1]
-    partb -.-> varb[  B = part_2]
-    partc -.-> varc[  C = part_3] 
-    partd -.-> vard[  D = part_4]
-    end
-    subgraph Create equations with the data parts 
-    eq1[A + B + C + D = 6]
-    eq2[A +  B +  C -  D = 3]
-    eq3[A +  B -  C -  D = 10]
-    eq4[ A -  B -  C -  D = -4]
-    eq5[ A -  B +  C +  D = 0]
-    eq6[ A -  B -  C +  D = 5]
-    vara & varb & varc & vard --> eq1 & eq2 & eq3 & eq4 & eq5 & eq6
-    end
-    subgraph Disk 1
-    eq1 --> |store the unique equation, not the parts|zdb1[A + B + C + D = 6]
-    end
-    subgraph Disk 2
-    eq2 --> |store the unique equation, not the parts|zdb2[A +  B +  C -  D = 3]
-    end
-    subgraph Disk 3
-    eq3 --> |store the unique equation, not the parts|zdb3[A +  B -  C -  D = 10]
-    end
-    subgraph Disk 4
-    eq4 --> |store the unique equation, not the parts|zdb4[A -  B -  C -  D = -4]
-    end
-    subgraph Disk 5
-    eq5 --> |store the unique equation, not the parts|zdb5[ A -  B +  C +  D = 0]
-    end
-    subgraph Disk 6
-    eq6 --> |store the unique equation, not the parts|zdb6[A -  B -  C +  D = 5]
-    end

collections/technology/qsss/img/quantum_safe_architecture.mmd

@@ -1,34 +0,0 @@
-graph TD  
-    subgraph Local laptop, computer or server
-    user[End User]
-    protocol[Storage protocol]
-    qsfs[Filesystem on local OS]
-    0store[Quantum Safe storage engine]
-    end
-    subgraph Grid storage - metadata
-    etcd1[ETCD-1]
-    etcd2[ETCD-2]
-    etcd3[ETCD-3]
-    end
-    subgraph Grid storage - zero proof data
-    zdb1[ZDB-1]
-    zdb2[ZDB-2]
-    zdb3[ZDB-3]
-    zdb4[ZDB-4]
-    zdb5[ZDB-5]
-    zdb6[ZDB-6]
-    zdb7[ZDB-7]
-    user -.- protocol
-    protocol -.- qsfs
-    qsfs --- 0store
-    0store --- etcd1
-    0store --- etcd2
-    0store --- etcd3
-    0store <-.-> zdb1[ZDB-1]
-    0store <-.-> zdb2[ZDB-2]
-    0store <-.-> zdb3[ZDB-3]
-    0store <-.-> zdb4[ZDB-4]
-    0store <-.-> zdb5[ZDB-5]
-    0store <-.-> zdb6[ZDB-...]
-    0store <-.-> zdb7[ZDB-N]
-    end