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##############################################################################
# Copyright (c) 2016 ZTE Corporation and others.
#
# All rights reserved. This program and the accompanying materials
# are made available under the terms of the Apache License, Version 2.0
# which accompanies this distribution, and is available at
# http://www.apache.org/licenses/LICENSE-2.0
##############################################################################
name: compute
description: QTIP Performance Index of compute
system_info:
- name: product
description: production commercial name
- name: cpu
description: cpu brand
- name: os
description: operating system version
- name: kernel
description: the core of a computer's operating system
- name: memory
description: memory usage
- name: disk
description: disk usage
formula: weighted arithmetic mean
sections: # split based on different application
- name: SSL
description: cryptography and SSL/TLS performance
formula: geometric mean
metrics:
- name: ssl_rsa
description: performance of cryptographic using RSA cipher algorithm
formula: geometric mean
workloads:
- name: rsa_sign_512
description: rsa 512 bits sign per second
- name: rsa_verify_512
description: rsa 512 bits verify per second
- name: rsa_sign_1024
description: rsa 1024 bits sign per second
- name: rsa_verify_1024
description: rsa 1024 bits verify per second
- name: rsa_sign_2048
description: rsa 2048 bits sign per second
- name: rsa_verify_2048
description: rsa 2048 bits verify per second
- name: rsa_sign_4096
description: rsa 4096 bits sign per second
- name: rsa_verify_4096
description: rsa 4096 bits verify per second
- name: ssl_aes
description: >
performance of advanced encryption standard (AES) cipher algorithm in cipher block chaining (CBC) mode
formula: geometric mean
workloads:
- name: aes_128_cbc_16_bytes
description: aes 128 bits key cbc on 16 bytes blocks
- name: aes_128_cbc_64_bytes
description: aes 128 bits key cbc on 64 bytes blocks
- name: aes_128_cbc_256_bytes
description: aes 128 bits key cbc on 256 bytes blocks
- name: aes_128_cbc_1024_bytes
description: aes 128 bits key cbc on 1024 bytes blocks
- name: aes_128_cbc_8192_bytes
description: aes 128 bits key cbc on 8192 bytes blocks
- name: DPI
description: deep packet inspection
formula: geometric mean
metrics:
- name: dpi_throughput
description: deep packet inspection throughput
workloads:
- name: dpi_pps
description: DPI packets per second
- name: dpi_bps
description: DPI bits per second
- name: memory
description: cache and memory performance
formula: geometric mean
metrics:
- name: floatmem
description: >
measures the maximum possible cache and memory performance while reading and writing certain blocks of data
(starting from 1Kb and further in power of 2) continuously through FPU
workloads:
- name: copy
description: >
transfers data from one memory location to another,
i. e. copies it (A = B)
- name: scale
description: >
modifies the data before writing by multiplying with a certain
constant value, i. e. scales it (A = m*B).
- name: add
descrption: >
reads data from the first memory location, then reads from the
second, adds them up and writes the result to the third place
(A = B + C).
- name: triad
description: >
reads data from the first memory location, scales it, then adds
data from the second one and writes to the third place
(A = m*B + C).
- name: intmem
description: >
measures the maximum possible cache and memory performance while reading and writing certain blocks of data
(starting from 1Kb and further in power of 2) continuously through ALU
workloads:
- name: copy
description: >
transfers data from one memory location to another,
i. e. copies it (A = B)
- name: scale
description: >
modifies the data before writing by multiplying with a
certain constant value, i. e. scales it (A = m*B).
- name: add
descrption: >
reads data from the first memory location, then reads from the
second, adds them up and writes the result to the third place
(A = B + C).
- name: triad
description: >
reads data from the first memory location, scales it, then adds
data from the second one and writes to the third place
(A = m*B + C).
- name: arithmetic
description: arithmetic computing speed
formula: geometric mean
metrics:
- name: integer
description: >
measures and compare the performance of computers, focusing on string handling without floating point
operations.
workloads:
- name: dhrystone_lps
description: dhrystone loops per second
- name: floating
description: >
measures the speed and efficiency of floating-point operations
workloads:
- name: whetstone_MWIPS
description: whetstone million instructions per second
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