def make_fig_13():
# if not os.path.exists(PLOTS_DIR):
# os.makedirs(PLOTS_DIR)
# if not os.path.exists('output'):
# os.makedirs('output')
for num_flows in [2, 20]:
for congestion_alg in ['TCP','DCTCP']:
out_q_file = congestion_alg + '_q_size.out'
K = 20
link_cap = '100Mbps'
link_delay = '0.25ms'
# run NS-2 simulation
print "debug: running %s congestion_alg k=%d ..." % (congestion_alg, K)
os.system('ns ../../run_sim.tcl {0} {1} {2} {3} {4} {5}'.format(congestion_alg, out_q_file,
num_flows, K, link_cap,
link_delay))
# parse and plot queue size
time, q_size = ns_tools.parse_qfile(os.path.join('./', out_q_file), t_min=4.0, t_max=9.0)
plt_label = congestion_alg + '_' + str(num_flows) + '_flows'
# Compute the CDF
sorted_data = np.sort(q_size)
yvals=np.arange(len(sorted_data))/float(len(sorted_data)-1)
plt.plot(sorted_data, yvals, linestyle='-', marker='', label=plt_label)
ns_tools.config_plot('queue size (packets)', 'Cumulative Fraction', 'Queue Length CDF', legend_loc='upper center')
ns_tools.save_plot('figure_13', PLOTS_DIR)
plt.cla()
def make_fig_14():
# if not os.path.exists(PLOTS_DIR):
# os.makedirs(PLOTS_DIR)
# if not os.path.exists('output'):
# os.makedirs('output')
for congestion_alg in ['TCP', 'DCTCP']:
throughputs = []
# orginal step
Ks = [i for i in range(1,2)]
Ks += [i for i in range(4,11,3)]
Ks += [i for i in range(15,35,5)]
Ks += [i for i in range(40,101,10)]
for K in Ks:
out_q_file = congestion_alg + '_q_size.out'
# run NS-2 simulation
num_flows = 2
link_cap = '100Mbps'
link_delay = '10ms'
# run NS-2 simulation
print "debug: running %s congestion_alg k=%d ..." % (congestion_alg, K)
os.system('ns ../../run_sim.tcl {0} {1} {2} {3} {4} {5}'.format(congestion_alg, out_q_file,
num_flows, K, link_cap,
link_delay))
# Save throughput
throughputs.append(1e-06 * ns_tools.parse_namfile(os.path.join('./',
'out.nam'), t_min=4.0, t_max=9.0))
plt.plot(Ks, throughputs, linestyle='-', marker='o', label=congestion_alg)
ns_tools.config_plot('K', 'Throughput (Mbps)', 'Throughput over K')
ns_tools.save_plot('figure_14', PLOTS_DIR)
plt.cla()
def make_fig_1():
if not os.path.exists(PLOTS_DIR):
os.makedirs(PLOTS_DIR)
if not os.path.exists('tcl/out'):
os.makedirs('tcl/out')
for congestion_alg in ['TCP', 'DCTCP']:
out_q_file = congestion_alg + '_q_size.out'
# run NS-2 simulation
num_flows = 2
K = 20
link_cap = '100Mbps'
link_delay = '0.25ms'
os.system('ns tcl/run_sim.tcl {0} {1} {2} {3} {4} {5}'.format(
congestion_alg, out_q_file, num_flows, K, link_cap, link_delay))
# parse and plot queue size
time, q_size = ns_tools.parse_qfile(os.path.join(
'tcl/out/', out_q_file),
t_min=4.0,
t_max=9.0)
plt.plot(time, q_size, linestyle='-', marker='', label=congestion_alg)
ns_tools.config_plot('time (sec)', 'queue size (packets)',
'Queue Size over Time')
ns_tools.save_plot('figure_1', PLOTS_DIR)
plt.cla()
def make_fig_1():
# if not os.path.exists(PLOTS_DIR):
# os.makedirs(PLOTS_DIR)
# if not os.path.exists('output'):
# os.makedirs('output')
for congestion_alg in ['TCP', 'DCTCP']:
out_q_file = congestion_alg + '_q_size.out'
# run NS-2 simulation
K = 20
print "debug: running %s congestion_alg k=%d ..." % (congestion_alg, K)
os.system('ns ../../run_sim.tcl {0} {1} {2} {3} {4} {5}'.format(
congestion_alg, out_q_file, num_flows, K, link_cap, link_delay))
# parse and plot queue size
time, q_size = ns_tools.parse_qfile(os.path.join('./', out_q_file),
t_min=tmin,
t_max=9.0)
plt.plot(time, q_size, linestyle='-', marker='', label=congestion_alg)
ns_tools.config_plot('time (sec)', 'queue size (packets)',
'Queue Size over Time')
ns_tools.save_plot('figure_1', PLOTS_DIR)
plt.cla()
def parse_logs():
t, t2 = ns_tools.get_throughputs(os.path.join('tcl/out/', 'out.nam'))
for i, val in enumerate(t):
plt.plot(t2, val, linestyle='-', marker='', label=i)
ns_tools.config_plot('Time', 'Throughput (Mbps)', 'Convergence Test')
ns_tools.save_plot('dctcp_figure_16', PLOTS_DIR)
def make_fig_12():
# if not os.path.exists(PLOTS_DIR):
# os.makedirs(PLOTS_DIR)
# if not os.path.exists('output'):
# os.makedirs('output')
# 链路大小
# congestion_algs=(os_getenv("congestion_algs"))
congestion_algs = "DCTCP"
#for congestion_alg in congestion_algs:
for num_flows in [2, 10, 20]:
congestion_alg = congestion_algs
out_q_file = congestion_alg + '_q_size.out'
# run NS-2 simulation
# 调试绘图数据区间
tmin, tmax = 0.0, 3.0
# 正式绘图参数
tmin, tmax = 1.5, 2.0
K = 45
print "debug: running %s congestion_alg k=%d ..." % (congestion_alg, K)
os.system('ns ../../run_sim.tcl {0} {1} {2} {3} {4} {5}'.format(
congestion_alg, out_q_file, num_flows, K, link_cap, link_delay))
# parse and plot queue size
time, q_size = ns_tools.parse_qfile(os.path.join('./', out_q_file),
t_min=tmin,
t_max=tmax)
plt.ylim((0, 100))
plt.plot(time, q_size, linestyle='-', marker='', label=congestion_alg)
ns_tools.config_plot('time (sec)', 'queue size (packets)',
'Queue Size over Time K=%d' % K)
ns_tools.save_plot('figure_12_%d' % num_flows, PLOTS_DIR)
plt.cla()
